Recycled Asphalt

Recycled asphalt is old asphalt paving that has been removed, crushed, and mixed with new aggregates. The mixture is then reused for highway construction, residential driveways and parking lots. It is 100% renewable and durable with long life span.

Over the years, recycled asphalt has cemented its identity as the United States most recycled material. It has become the preferred choice for highway construction, road rehabilitation, and residential construction. Boasting high quality and saving about 59 cubic yards of landfill space, it’s no wonder why it is the country’s favorite. Renewed asphalt is a highly beneficial material. Its benefits span from cost savings to environmental friendly, better quality, and waste reduction.

Are you unfamiliar with asphalt recycling and heard diverse rumours? Or do you want to know if RAP is better than virgin asphalt? This expert guides covers all the benefits of recycled asphalt, the cost, the pros and cons. Here is everything you need to know about asphalt recycling.

What Is Recycled Asphalt?

Recycled Asphalt is reused asphalt paving, grounded, and reprocessed for highway construction, like recycled cold and hot mix asphalt pavements. It is also used for residential driveways and parking lots. Asphalt pavement recycling makes asphalt the most recycled material in the United States till date.

A constructors busy for installing a new asphalt on concrete road.

Pros and Cons of Recycled Asphalt  

Renewing asphalt has great benefits, but like most things, it also has its disadvantages. Luckily, the benefits outweighs the risks. Let’s take a look at both sides

Pros of Recycled Asphalt

There are many benefits of using recycled asphalt for your next hardscape project, some of them include:

Cost Effectiveness

Asphalt pavement recycling is very cost-effective.The National Asphalt Paving Association says nearly $2 billion in taxpayers’ dollars are saved annually by using recycled asphalt pavement in construction. This figure was achievable because recycling requires less transportation and reduces the cost of production materials. The recycling process is not only cost-effective for America’s economy, it is also affordable for  individuals who want to use asphalt for their driveway.

Environmental Benefits

Asphalt renewal contributes immensely toward making the environment friendlier. Asphalt itself is non-degradable, and dumping it in landfills is not eco-friendly. But you can reuse asphalt several times thanks to recycling. According to the National Asphalt Pavement Association, 99% of asphalt reclaimed pavement is used in new pavement. Also, in 2019, 97 million tons of RAP and 1 million tons of RAS were collected for reuse, saving nearly 60 million cubic yards of landfill space.

Another environmental benefit is that recycling old asphalt decreases material waste and reduces the use of non-renewable resources, like gravel and sand, used in production. Also, the diminished use of new oil automatically reduces carbon footprint during the mining and processing stages.

A newly installed recycled asphalt over concrete driveway

High-Quality Material

Recycled asphalt is commonly called high-quality asphalt. Additives like Nano-lime, Nano-Alumina, and Nano-clay are used to improve the mechanical properties of asphalt, which makes it win against traditional asphalt in areas, like durability, stiffness, and crack resistance.

It Reduces Waste in Other Industries

The benefits of recycling asphalt also extend to other industries since their waste materials are also beneficial to asphalt reprocessing. Materials from glass, plastic, asphalt shingles, tire rubber, slags, and foundry sand that would have landed in landfill are salvaged as adjunct for recycled asphalt. Thereby reducing waste and combating climate change.

Good Bonding Qualities

Another advantage recycled asphalt has over virgin asphalt is its bonding quality. After recycling, the asphalt material still has tar, allowing it to bond better when wet and compacted. On the other hand, new asphalt is more of a loose-filled aggregate, it needs extra additive for bonding.

It Supports Percolation

Reclaimed asphalt allows water to pass through it more easily. It prevents snow piles, flooding, and water pools in your parking lot. If you live in an area with heavy rainfall or snow, renewed asphalt is your best bet.

Cons of Recycled Asphalt

While recycling asphalt offers many exciting advantages,it also has its disadvantages, which includes:

Varying Quality

The major problem with using recycled asphalt is quality. The quality of reusable asphalt may vary, depending on how and where it was processed. Other factors that can affect the quality include the number of times the pavement has been resurfaced, the quantity of debris that mixed with the asphalt while it was stored, and the recycler’s reputation.


Reused asphalt material is more durable than virgin asphalt. But low-quality ones may experience early cracking, rutting, and ineffective bonding, which means your recycled asphalt driveway or pavement won’t last long

Difference in Color

Recycled asphalt has a different look and color from the deep black conventional asphalt. Some people find this more attractive than the original look, but some homeowners think otherwise. Generally speaking, this is a matter of preference. So, this isn’t the right option if you prefer the rich black of virgin asphalt.

The Possibility of Contamination

When reusing asphalt, it can get contaminated. Poor maintenance can cause your paving to degrade over time. This is because prolong exposure to oil residues, heavy traffic and chemicals affect the bonding materials in your asphalt driveway, thereby reducing the quality and contaminating your asphalt with debris and dirts.

The process of milling asphalt

How To Recycle Asphalt in 5 Steps

There are five primary steps involved in recycling pavement asphalt. In this section, we will give a detailed description of each step without leaving any stone unturn.

1.  Asphalt Milling

Asphalt milling is simply the process of removing the top surface of an existing asphalt pavement. This is done by a milling machine before reconstructing the pavement. The milling machine has a teeth that digs up the pavement about two to four inches deep before crushing it.

2. Crushing Of Asphalt Pavement

Next, the material will pass through the grinding unit that crushes it. The miller will then sieve the crushed asphalt and move it to an outlet conveyor attached to the machine. The final result is a glossy recycled asphalt pavement.

3.  Mixing RAP with New Materials

For RAP to be reusable, it has to be mixed with new materials. The materials include, virgin aggregate, virgin asphalt binder, and, sometimes, a recycling agent This gives RAP the durability to compete with traditional asphalt.

4. Quality Check

A quality check is necessary to ensure the RAP meets the required quality before use. Usually, reusable asphalt ought to meet or surpass the quality of virgin asphalt. If the retrieved asphalt doesn’t pass the quality check, it won’t produce the desired high-quality, durable pavement. Neither will it save cost. The quality check includes checking the RAP source, particle sizes, field moisture content, moisture damage, and rotting susceptibility.

5. Application of Recycled Asphalt Pavement

Of course, once the recycled asphalt has been certified for use, the next step is applying it. It can be used in various applications, including highway roads, road rehabilitation, and residential pavings. Typically, you will lay down the reusable asphalt and tamp it down. To finish up, use a steam roller to harden the layer, then apply a seal coat.

Workers busy on leveling a newly recycled asphalt.

The Best Techniques to Recycle Asphalt

There are several techniques for recycling asphalt. Despite the method used, the end product is reusable asphalt. Below are the best techniques to consider for asphalt recycling:

Cold Recycling

Cold recycling is a method of recycling asphalt that doesn’t involve using heat. There are two types:

  • Cold in-place recycling (CIR)
  • and cold central plant recycling (CCPR)

Hot Recycling

The hot recycling method uses RAP as an aggregate in hot mix asphalt. The reclaimed pavement is mixed with new materials to produce hot-mix asphalt. There are also two methods of hot recycling:

  • Recycled hot mix (RHM)
  • Hot in-place recycling (HIR)

In-Situ Recycling

In-situ recycling is an on-site recycling process. That is, the asphalt recycling will be done on the existing asphalt pavement site before laying down the recycled asphalt. This method eliminates the need for transporting the existing asphalt and reduces cost. This method works for both hot and cold mix asphalt.

Cold in-place recycling (CIR) involves removing the existing asphalt surface and mixing it with a recycling agent or binder. Sometimes, they add an aggregate to correct deficiencies in the old asphalt material.

On the other hand, hot in-place recycling (HIR) involves softening the asphalt pavement surface with heat and scarification or mechanical removal of the surface. Next, the recycled asphalt material will be mixed with other materials, like binder, and then they will lay the pavement surface.

A recycled asphalt over gravel driveway

Milling Recycling

In the milling recycling process, the existing pavement must be milled first using a milling machine. It’s at the milling stage they retrieve the old asphalt. The milled material gets mixed with a binder and sometimes aggregates using the cold in-place method. And, of course, the last step is to lay it back on the road for construction.

Foam Bitumen Recycling

Cold recycling can be done using foamed bitumen as a binder. Foamed bitumen is obtained by mixing hot bitumen with water. The benefit of using foamed bitumen is that the asphalt material can be fully recycled. It also reduces the cost of binder as asphalt pavement recycled with foamed bitumen needs less binder and water than other cold mixing methods. Bitumen can easily be obtained and used immediately without further processing, saving time during construction. 

The Federal Highway Administration Policy On Recycled Asphalt

The Federal Highway Administration (FHWA) support the use of recycled asphalt in the construction of highways. They know that recycling preserves the natural environment, reduces waste, and is cost-effective. To show their support, the FHWA  set goals towards encouraging asphalt pavement recycling. Their objectives includes:

  • Encouraging the use of recycled material in the construction of highways to the maximum economical and practical extent possible with equal or improved performance;
  • Promoting the use of Reclaimed Asphalt Pavement (RAP) because the utilization of RAP can have the greatest economical, environmental, and engineering impact on pavement recycling.

Where To Buy Recycled Asphalt

You can’t buy a recycled asphalt from any company because there is low-quality asphalt out there. If you are in search of a reputable company to buy from, we are here to ease you of your stress. Our directory contains the contact of top paving contractors in the U.S. You only need to run through the list to find the one closest to you. Below are some quick tips to help you find the right contractor: 

  • Ask your family and friends for recommendations
  • Read online reviews by previous clients
  • Check their website to learn more about them and go through the gallery to view their past projects,
  • And lastly, consult with the company if you have any questions about their services
The road is under constructions for installing a new asphalt by road workers.

FAQs About Recycled Asphalt

Here are the top three FAQs every homeowner ask before buying recycled asphalt.

What is the Difference between Asphalt and Recycled Asphalt?

The simple difference between asphalt and recycled asphalt is in the word “recycled”. Asphalt is a mixture of mineral aggregates bound together by an asphalt liquid. On the other hand, RAP is an asphalt material recycled from old asphalt and repurposed for reuse.

Is Recycled Asphalt Environmentally Friendly?

Reclaimed asphalt is environmentally friendly. It salvages non-biodegradable materials into new asphalt, thereby reducing waste materials and greenhouse gases. The recycling process also saves natural resource and reduces the energy needed to produce virgin asphalt. Reclaimed asphalt pavement can survive surface cracks, minimize rutting and improve sustainability. It protects our environment and reduces America’s carbon footprint.

Is Asphalt Better for the Environment than Concrete?

Concrete is a more sustainable and eco-friendly option compared to asphalt. It is lighter and has a high albedo meaning that it absorbs less heat, although it requires more energy for production. Asphalt on the other hand is black and generates more heat. It has a reflective coating that contain energy intensive polymer which release harmful gases during processing. But with recycled asphalt the environmental benefits of asphalt paving overshadows that of concrete which is not often recycled.

Asphalt Sealcoating is a protective coating that protects your driveway from damaging elements. The liquid base is combined with water, silica sand, polymer additives, and other fillers to create a premium formula. Bituminous – or acrylic-based solutions – make up most of the sealant mixes. A driveway or parking lot’s lifespan is doubled when seal coating is regularly done.

Sealcoating essentially adds another layer or membrane to your asphalt driveway. This layer shields the asphalt from oxidation, environmental elements, and any fuel spills that may unavoidably happen occasionally. It is a very economical resurfacing method that increases the road’s lifespan by retaining moisture when applied over existing pavement. Additionally, because it hardens the surface of asphalt roads, it offers a driving surface free of dust while providing a skid- and glare-resistant surface during wet weather.

Applying a seal coat product will save you time and money compared to replacing your driveway, which may cost you thousands of dollars. That’s why our experts have created this comprehensive guide explaining what sealcoating is, its benefits, and how much it costs.

What is Sealcoating?

There are various paving materials in the market that can be used to pave your walkway, patio, driveway, or parking lot. However, most of these paving materials can only last a short period before they start to wear out, crack or develop potholes. When this happens, it will require much effort and money to restore your paved surface and make it look new. 

You must coat the surface to protect your pavement from early damage and extreme weather conditions. Sealcoating protects your driveways, walkways, or patios. Sealcoating is the process of applying a defensive layer or membrane over your pavement to protect it from damage. This process is also referred to as pavement sealing. 

What is sealcoating?

What is Asphalt Sealcoating Made Of?

The adhesive used in road building, asphalt bitumen, is a naturally occurring byproduct of crude oil. Asphalt bitumen is the main component of the seal coat. It is heated to a temperature exceeding 240 degrees Fahrenheit to make the material viscose. Other seal coats on the market don’t require heating up and are constructed of synthetic tar materials.

To keep ice and water from entering and affecting the integrity of your driveway or parking lot, asphalt sealcoating entails sealing asphalt cracks. Asphalt deteriorates with time due to rain, oil, and other pollutants, leaving a brittle surface that is dangerous and unappealing. 

With a pavement sealing strategy, many homeowners opt to maintain their asphalt. You’ll save time and money when you repair your driveway instead of replacing it for thousands of dollars. 

Examples of asphalt sealers are:

Fast Dry Sealers

Fast dry sealants repair heavily traveled portions of the road, such as parking lots and main thoroughfares leading to public buildings like hospitals and gas stations. Due to the additional geotextile fibers incorporated into the sealant, the most excellent part about using rapid dry sealers is that they cure in less than an hour. 

Fast dry sealers are significantly more expensive than other varieties of asphalt sealers as a result of this, nevertheless. Small-scale purchases of this sealer will also be complex because most fast dry sealer producers only do business with road construction firms. You might wish to buy in quantity and split the cost with your neighbors when you eventually locate a provider that sells this sealer kind. 

Coal Tar Sealers

The most widely used asphalt sealer on the market is coal tar because it offers a long-lasting, lustrous sheen and is weather-proof. As their name implies, coal tar sealers include a significant proportion of coal tar and additional polymers and strengthening agents. By baking coal, this water-based sealant is created. Coke is then removed from the baking process and used as the primary ingredient in coal tar sealers, which is why they are resistant to chemicals derived from petroleum.

Acrylic Sealers

Acrylic sealers, another pricey variety of asphalt sealers, are the pinnacle of what a good asphalt sealer ought to be. They can be colored in black, red, green, or transparent shades, making them easy to identify. They are UV-resistant, robust, and resistant to extreme weather conditions. These sealers are often applied to outdoor basketball courts, tennis courts, and parking lots at retail centers.

Acrylic sealers are also environmentally harmless because they don’t contain any petroleum byproducts. The fact that this sealer only needs to be treated once every seven years adds to its many beautiful advantages and helps to save maintenance expenses.

Asphalt Emulsion Sealers

Since they are made of asphalt, asphalt emulsion sealers are frequently referred to as an eco-friendly driveway protection option. It should be emphasized, however, that no studies or recognized research have established the dangers or pollutants brought on by using coal tar-based sealers when paving one’s road. Asphalt-based sealants do a better job of maintaining the air quality, smell nicer, stop oxidation, and do not irritate the skin. 

However, one disadvantage of using asphalt emulsion sealers is that they are susceptible to stains from oil or gas leaks. This sealer can only be used between May and September for best curing, and it is tough to apply it at night when the temperature is at its lowest. 

Asphalt sealcoating - Which type of seal coat should you choose?

Which type of seal coat should you choose?

The following qualities will be present in a quality sealer: 

  • Quick Drying: For the highest quality, look for a drying period of three to four hours. 
  • Long-Lasting: For asphalt maintenance, look for a seal coat lasting at least two to three years. 
  • Airport Grade: For protection against aviation fuel spills, airports must utilize the best asphalt seal coat. Looking for airport-grade asphalt only confirms you are purchasing the best available stock.
  • High-Demand Clients’ Usage: Look for positive seal coating reviews online from high-demand clients like golf courses, churches, and mall parking lots. 

You want to be sure that the money you spend on maintaining your asphalt is a good investment. Make sure you choose the appropriate asphalt seal coat for your pavement by keeping in mind the subpar sealer projects you’ve seen in your neighborhood. To determine whether a sealer is good or bad, look for the essential positive and bad characteristics.

Benefits of seal coating asphalt driveways and parking lots

One of the many reasons homeowners or business owners choose asphalt pavement over other paving materials is how effortless it is to maintain. Sealcoating asphalt is an essential part of maintaining your asphalt driveways and parking lots; some of its benefits include the following; 

Sealcoating extends pavement durability

Proper installation of asphalt pavement is not enough to keep it from wearing away. To extend its lifespan, you must seal your asphalt pavement. A vital

benefit of seal coating is its ability to preserve and prolong driveway lifespan. 

Sealcoating protects you from extra cost.

An asphalt driveway is naturally appealing to the eyes; if you want it to remain attractive, you will have to put in some effort to seal your entire driveway. This helps you save money on repairs and other maintenance measures.

It makes cleaning easy and fun.

Asphalt-sealed pavement allows you to clean the surface without much effort. Also, washing away with water and a broom is easy when you have oil spills. Sealed pavement won’t stay tugged to your broom when you try to clean. 

Sealcoating protects pavement from harmful elements

Due to asphalt nature, a harmful element can easily bind to asphalt pavement and cause it to deteriorate faster. A sealed pavement prevents harmful or petroleum-based elements from binding to asphalt. 

Prevent water from softening the surface

Asphalt pavement is not permeable and does not allow water to penetrate the surface. However, when your asphalt pavement starts to wear out, it develops cracks that give water access or even create puddles. Sealcoating your asphalt doesn’t just prevent them from cracking. Also, it prevents moisture or water from getting beneath the pavement surface. 

The average cost to seal coat a driveway

What is the average cost to seal coat a driveway?

Driveway sealing costs might vary depending on several factors. Due to factors including square driveway footage, driveway material, driveway condition and accessibility, sealant type and the number of applications, labor cost, and location, prices may vary from the national average. 

The nationwide average price for driveway sealing is $486, according to Angi and HomeAdvisor, with charges ranging from $250 to $768. Products for sealing asphalt typically cost between $0.06 and $0.38 per square foot. With this price range, 5 gallons of effect can cover up to 500 square feet of driveway surface for between $40 and $165. 

The thickness of the sealant can affect the coverage of the driveway sealing. While covering less surface area, thicker goods offer a more concentrated layer of security than thinner ones.

How often is it better to seal coat a driveway?

Sealcoating is often advised every three years to offer adequate pavement protection and good curb appeal for your residential or business property. 


So, what is sealcoating? Now you know it and maybe you are planning to fix and maintain your driveway. Before doing that, do your research and spend some time learning to prepare the asphalt sealer before applying it. Some asphalt sealers can be put straight to the pathway, while others might need to be thinned, handled differently, or allowed to cure before being applied. When in doubt, starting your endeavor is always preferable by consulting a specialist.

Tarmac vs Asphalt

Tarmac vs asphalt is a popular discussion amongst homeowners. Tarmac comprises crushed stones and gravel bonded by tar, while asphalt driveways are made with aggregate and bitumen as a binder. The tar in the tarmacadam has been replaced with bitumen to make an asphalt driveway. 

Even though asphalt offers a smooth surface, it’s very resistant to harsh weather conditions, which helps increase tire grips and serves as an option for roads, driveways, and pavement. Still, it requires higher maintenance costs compared to tarmac. Tarmac is less expensive when dealing with a small land mass and it can last three to five years with very low maintenance costs. 

While many engineers claim over 94% of United States roads are asphalt, your choice for your driveway depends on installation cost, durability, and maintenance cost. To make the best choice, you will need a material that will not get damaged or crack under pressure. 

Tarmac vs. Asphalt, choosing between the two can be very tricky, and if you’re not sure which one works best for your convenience or fits your budget, this article will help you understand the difference and figure out the best for your driveway.

What is tarmac?

John Loudon McAdam is the first road builder to introduce macadamization, an effective and economical road construction method. However, another businessman, Edger Purnell Hooley, added a layer that brought about tarmac for driveways. Tarmac is a material used for paving; it consists of crushed stones and sand held together by a binding material known as tar.

What is tarmac used for? 

  • Tarmac is used for making car roads, airport runways, parking lots, driveways, motorways, caravan parks, and private roads. When a layer of crushed stone is mixed with tar and compacted with a migrating roller, it will form a smooth surface.
The newly installed tarmac over the concrete

What is asphalt?

Asphalt is a paving material from a mixture of aggregates (sand, gravel, slags, waste or debris, or crushed rocks), binders, and fillers. Most builders use bitumen as a binder to put the aggregate together. Note that the asphalt mixture must be cohesive and resistant to withstand pressure and deformation. Asphalt mixtures are produced at different temperatures; Hot Mix Asphalt (HMA), Warm Mix Asphalt (WMA), and Cold Mix Asphalt (CMA). 

What is asphalt used for? 

Asphalt is used to construct and repair roads, railway tracks, airport runways, sidewalks, bicycle lanes, and driveways. The asphalt used to maintain our driveways and roads is produced in an asphalt plant. 

Tarmac vs. Asphalt – Differences

Because tarmac and asphalt are widely used surface materials for driveways and have many similarities, it’s easy to mistake them for the same thing. However, there are a few noticeable differences between the two surface materials and factors you must consider before deciding which surface material to install on your driveway. 

If you want to make the best choice for your driveway, we have made your work easier. We have carefully highlighted the difference between tarmac and asphalt below. 

  • Tarmac is a mixture made from crushed stones and tars, while asphalt comprises aggregates and bitumen, which binds the aggregate together.
  • When you want to pave a large surface, asphalt is the cheapest choice and is commonly used for driveways, road surfaces, and pavement, while tarmac is the cheapest when you want to pave a long surface. 
  • Tarmac is resistant to constant scuffing by car tires.
  • Compared to tarmac, asphalt needs less maintenance and is not easily prone to oil and gas damage. But once it needs repair, the maintenance cost is higher than what it takes to preserve a tarmac driveway.
  • Because tarmac is made from a mixture of crushed stone, they are not as smooth as asphalt. Asphalt has a smoother surface and better finishing; it provides a better grip and helps protect your vehicle’s tires.
  • Asphalt is more resistant to extreme weather conditions compared to tarmacadam. 
  • Tarmac is not reusable, whereas asphalt can be scrapped, reprocessed, and used again. 
  • The binding agent in making asphalt is bitumen, whereas tar is used to crush stones together to form tarmacadam. 
  • The tar used in Tarmac is different from the bitumen used in Asphalt. Tar is produced from coal, while bitumen is produced from crude oil. 

Similarities between tarmac and asphalt.

Tarmac and asphalt have plenty of similarities that make it difficult to tell which is more suitable for you to use on your drive away. When you finally decide to pave your driveway and are unsure what to choose, you must remember that they both have the following similarities. 

  • Both asphalt and tarmac can withstand pressure from heavy vehicles. 
  • Both paving solutions require a binder to put the aggregates together. 
  • Tarmac and asphalt are used for roads, driveways, and surface pavements.
  • Both paving materials are durable and easy to install. 
  • They both involve aggregates like stones and fillers.
A beautiful house with a clean and smooth asphalt driveway

Tarmac vs. asphalt cost

Depending on the size of your driveway, you can expect to spend more when using asphalt. The tarmac is cheaper than asphalt, an average of $3 to $4 per square foot. You should expect to pay $71.84 to $123.13 per square meter for a tarmac driveway, depending on your location, workload, and laborer. 

Pros of a Tarmac Driveway

Tarmac is a black material held together by tar. It’s usually used for building roads and airports. Because of its tarmac appearance, it’s mostly confused with asphalt—many people struggle to decide which surface material to use for their road or driveway pavements. Compared to an asphalt driveway, the pros and cons of a tarmac driveway will help you make the right decision.

1. Easy Installation

One of the reasons why many property owners go for Tarmac driveways is because it is easy to install. The installation of a large driveway can be done within a day, and after three days, your driveway is ready to be used. 

2. Tarmacadam is durable and reliable

When laid properly, you don’t have to worry about how long your driveway pavement will last. Tarmac driveways are durable, smooth, and easy to repair.

3. Tarmac driveway is affordable 

Tarmac driveways are common among homeowners because they are affordable, and driveway pavers charge less to install. 

Tarmacadam Driveway Cons. 

1. UV light causes tarmac degradation 

Under ultraviolet light, the bitumen used can crack and break up. Tarmac degradation results in cracks and potholes that easily destroy your exhaust system or vehicles.

2. Growth of plants and algae

Tarmacadam is not resistant to cracks caused by weeds, moss, and algae growth. These organisms make the surface look ugly, and sometimes, it might form a slippery surface. Most contractors try to apply a weed membrane to protect your driveway. This doesn’t always work and construct. A thicker tarmac driveway has proven to be more effective. 

3. Oils, petrol, and other substance can harm tarmac driveway

Tarmac is petrol-based, and it dissolves when exposed. When oil, petrol, or other substances seep into your tarmac driveway, they can penetrate the pavement and reduce the strength of the binding substance used. When these substances penetrate, they will eventually degrade the tarmac and cause damage to your driveway. 

4. Laying tarmac is expensive

Because a skilled person is needed to lay tarmac pavement, the price can be a bit high. Also, laying a bitmac requires expensive machinery. 

A sunny day at the simple house with asphalt driveway surrounded by greens.

Pros of an Asphalt Driveway.

1. The surface is smooth and easy to drive on

Asphalt makes it idle for driving because it is smooth and quiet. Asphalt smooth surfaces can also withstand pressure without easily cracking.

2. It is inexpensive

Asphalt is the cheapest option if you want to pave a large area. It’s also reusable when you decide to renew your driveway payment. The recycled asphalt is just as good and durable as new asphalt

3. It is eco-friendly

Because asphalt can be recycled and reused, the machinery used for production also has low emissions – asphalt doesn’t emit gasses or other harmful products once installed. 

4. Asphalt pavement is simple, aesthetic, and easy to maintain

Asphalt parking lots are easy to maintain, cost-effective, and simple. The black color makes it combine with home aesthetics effortlessly. When you install your asphalt pavement, it can last up to twenty years. 

Cons of Asphalt Driveways

1. It takes a longer time to cure

Unlike Tarmac driveways, it takes time for your asphalt driveway to lay and completely set in. Although you can still use it, it is prone to damage in this period. 

2. Asphalt driveway releases tar-like substance and oil 

When asphalt driveways are not sealed, they release tar-like substances and oils from their surface and are easily tracked to your houses. These substances are difficult to clean off from objects or homes. 

3. Asphalt driveways can be dull

The black surfaces give no room for creativity or change. Some home or property owners can find it dull.

4. Your asphalt pavement needs regular maintenance

Driveways or parking lots made with asphalt need to be maintained regularly. A draining system needs to be created to avoid standing water. Also, asphalt pavement needs sealing after one or two years to protect it from cracks and potholes. 

The worker is busy installing the new tarmac driveway.

Related Article:

Conclusion: Tarmac Vs Asphalt

Tarmacadam is hardly used to pave driveways, and that’s because asphalt has won the heart of many homeowners. The ease it brings, its simplicity, and its ability to withstand extreme weather make it stand out. Also, many people prefer asphalt to tarmac because it can stress without cracking or forming potholes.

Infrared Asphalt Repair

Asphalt pavements can last over 25 years with infrared asphalt repair. Climate changes, soil structure, and traffic contribute to asphalt pavement cracks, but infrared road repair offers a temporary fix before proper maintenance kicks in. 

Infrared asphalt repair or Infrared road repair (IRR) is a repair technique that uses infrared radiation to increase the malleability of your asphalt pavement. Asphalt from the existing surface is recycled on the spot, and new asphalt is added for resurfacing. This makes it a cost-effective solution to repairing asphalt pavings or driveways. 

Infrared repair has improved the world’s view of asphalt repair. 

Some common questions we’ve heard during consultations include –  Is infrared asphalt repair beneficial? What does it cost to have an infrared repair for my pavement/driveways? What do I need for my asphalt repair?  

In this article, we explain all you need to know about infrared road repair.

What is Infrared Asphalt Repair (IRR)?

Asphalt is a durable and versatile paving material. It is also cost-effective and easy to install. However, it is prone to natural deterioration due to weather changes and other factors. Your asphalt pavements must be maintained correctly, ensuring minor faults cannot deteriorate further. A technique that has proven to be a quick fix for damaged asphalt is infrared asphalt repair.

The repair process has now become a popular solution that involves using infrared radiation to increase the malleability of asphalt. When the asphalt is more malleable, new and recycled asphalt is raked without trouble, giving your pavement a fresh look.

What is Infrared Asphalt Repair (IRR)?

Infrared Asphalt Repair Technology

In 2015, the University of Ohio did a field evaluation of an infrared asphalt patch. Their report found that infrared patches had much higher quality ratings than those installed using throw-and-roll or spray injection methods and are expected to survive up to 14 times longer.

The process of carrying out infrared road repair is not complex and doesn’t require complicated machinery. The leading equipment for this pavement repair technique is the infrared reclaimer and pavement heater: 

  • Infrared Reclaimer

The infrared reclaimer is sometimes also referred to as the hot box. It is a storage unit containing the new asphalt material you want to use in the new patch. Aside from storing the material, it also heats it in preparation for use. 

  • Infrared Pavement Heater

An infrared pavement heater is a heating unit that generates infrared radiation. It allows you to soften the existing asphalt in the area you want to patch. When you direct this energy source over the asphalt area, infrared radiation is absorbed by the asphalt layer: the heat helps recycle the asphalt. It makes it malleable and easy to rake. 

How exactly does infrared asphalt repair work?

Infrared asphalt repair is very flexible; it doesn’t just help you repair damaged asphalt: it is also used to remove excess asphalt, smooth existing patches, and re-seam a rogue patch without any cut.

So how does this work? Here’s a step-by-step guide on how contractors use infrared repair.

1. Clear out the area

It is essential to clear out the area surrounding the damaged asphalt of sand, debris, or puddles. Moisture or debris may prevent the infrared radiation from reaching the asphalt surface. Removing moisture and debris helps keep the area thoroughly dry, and the heat can quickly hit the asphalt surface.

2. Positioning the heater

The absorption of infrared radiation is what creates heat within the surface. Position the infrared heater over the area to be repaired and heat this surface area to about 325 – 350F. This should be for 5 – 10 minutes. The period varies based on the extent of damage and the time of the year.

3. Remove loose aggregates

Immediately after heating, use a rake to remove loose and failed aggregates. Also, raking can help you square off the edges and keep it well-tempered.

4. Mix recycled asphalt

The old asphalt has been recycled, but often, it’s not enough to ensure a smooth level. So what’s next? You mix recycled asphalt with new asphalt. Many contractors prefer to heat the old asphalt at a very high temperature so it can mix seamlessly with the new one.

5. Add rejuvenators

During the heating process, asphalt loses maltenes – light oils that help condense and bond to create an asphalt cement. The only solution to restore the oils for super compacted asphalt is to add rejuvenators. Rejuvenators replace the maltenes the area loses over its lifetime or during the repair.

6. Compact the materials

Finally, as the new mixture is now in place, you should compact the material in the area using a mechanical roller. Special attention is required on the edges. So make sure you “pinch” the new material’s edges with the roller’s edges. 

What Are The Pros and Cons of Infrared Asphalt Repair?

What Are The Pros and Cons of Infrared Asphalt Repair?

Infrared road repair (IRR) has proven to be a very reliable repair technique, and you have many reasons to choose it over other repair methods. However, despite its convenience, there are also a few disadvantages associated with it. 

Below we examine the pros and cons of infrared asphalt repair. 

Pros of Infrared Asphalt Repair

Infrared asphalt repair is quite a convenient solution that should pique your interest. Here are the reasons why we think so.

  1. Positive Environmental Impact

Over the years, the use of asphalt has been adopted because it is an option that promotes reuse and recycling. IRR is eco-friendly and reduces the need to produce more asphalt. Consequently, it almost eliminates the need to burn fuel by the trucks used in transporting asphalt, thus reducing your carbon footprint.

  1. Cost-effective and Efficient

The infrared asphalt repair process reduces the need for new materials; it is expected to provide economic savings. You can use the infrared machine repeatedly without having to bother about the cost of buying new materials or machines. Existing asphalt is reused and recycled in the process, which eliminates waste. Also, as a result of the reuse and recycling process, it helps reduce money on fuel and the labor required for manufacturing and transporting new asphalt.

Furthermore, the IRR process reduces the likelihood of damage and cracks to the road in the future. This makes it a highly efficient solution that requires low future maintenance.

  1. Simplicity in Operations

IRR requires fewer operators because of its operational simplicity. Two or three operators can easily take care of the process from start to finish. Having fewer operators doesn’t slow the process, and It is much faster than other repair methods that require more operators. 

When using infrared asphalt technology, the operators don’t disrupt underground infrastructures like phone lines, internet, and electricity cables. Also, the downtime required is relatively short; in about 20-30 minutes, the surface will be ready for traffic. Hence, people in the area experience little to no inconveniences associated with repair operations.

  1. Seamless Repairs

It is safe to say that infrared repair prevents moisture damage. The infrared process ensures that the patch of asphalt bonds perfectly with the existing asphalt, resulting in seamless transitions between the new and old surfaces. Therefore, leaving no crack behind for water to pass through.

IRR also generates heat from infrared radiation that can penetrate very deep into the layers. Due to the heat penetration, IRR is performed without you running the risk of separating the asphalt from the underlying surface.

  1. It Can be Performed at Any Time. 

A very enticing feature is that you can use this technique at any time of the year. It does not matter if the repairs need to be performed in the sweltering heat of Florida summers or the frosty winters of Denver. 

Cons of Infrared Asphalt Repair (IRR)

Even though infrared asphalt repair is a simple, cost-effective, and eco-friendly road repair method, there are a few limitations. Below, we will look at the drawbacks of this process.

  1. It is a Temporary Fix

Asphalt roads generally have a shorter lifespan, making them more prone to deterioration. Most asphalt repair work can be easily achieved using infrared technology. However, infrared road repair is only suitable for temporary maintenance from time to time due to the nature of the asphalt. After a while, it is better to replace the road completely. 

  1. It is a Surface Solution

Since asphalt only makes up the surface of the pavement. Therefore, the infrared repair is unsuitable when the pavement’s damages are below the surface. You shouldn’t fail to detect if there are damages to the underlying surface and the asphalt. If you use this solution while there are underlying problems, you will end up causing further deterioration.

  1. More Suited for Patching

Areas of surface deterioration, small potholes, and also alligator cracks can be patched using IRR. But you can’t fix the more extensive damages and those occurring over a long distance with this technique. 

A piece of asphalt repaired with infrared technology

Infrared Asphalt Repair Costs

The cost of infrared asphalt repair is calculated based on the square feet or area you need to cover, and a few other factors may be involved. If you need to fix the floor of your house or a pothole in your driveway, the cost will depend on the size of your building or the size of the potholes and how many of them you need to cover. Compared to other asphalt repair methods, infrared repair remains cost-effective.

If you hire a contractor to fix your pavement, the cost will differ according to the effort and time required to fix the damaged asphalt.

Some cities require you to get a permit before fixing your pavement. For instance, if the damaged area is filled with obstacles or drains, the contractors need to clear it before repair, and a damaged area on a slope needs to be graded. When all these factors are considered, it will or might affect the cost of the repair. 

In general, infrared asphalt repair costs about $2 to $6 per square foot but most contractors can take between $100 to $300 for pavements that require little repair. Getting an estimate will help you decide whether you are ready to fix your pavement. 

Is Infrared Asphalt Repair Right for Your Asphalt Pavement?

Whether or not an infrared repair is suitable for your pavement depends on what you want to do. Infrared asphalt repair has proven to be very useful if you want to:

  • Fill out divots in your pavement and level dips that allow water to accumulate.
  • Create speed bumps on already existing asphalt surfaces.
  • Adjust the level of your pavement around maintenance holes and grates.
  • Ensure a smooth transition between asphalt and concrete surfaces. 
  • Restore the pavement after utility cuts have been made. 
  • Create rumble strips on highways, and if you want to design patterns on the paving.
  • Repair surface potholes and alligator cracks in the asphalt surface of roads.


Infrared asphalt repair provides a quick and cost-effective solution to several asphalt problems. It is the best option for asphalt repair.

Asphalt Parking Lot

Why should you choose an asphalt parking lot for your business? Among the many decisions, you’ll make for your business is what kind of parking lot you want for your customers. While you also have options like gravel or concrete, asphalt is arguably the best choice for parking lot paving due to its versatility, cost, safety, and longevity.

Compared to concrete, asphalt parking lots cost less to install and repair, take less time to install, last nearly as long, are better for the environment, and look equally as professional as their counterparts. Asphalt also performs better than concrete in climates subject to freeze and thaw. Overall, asphalt parking lot paving simply offers more benefits and a better value for your money than the other available options.

Read on to learn nine essential elements of asphalt parking lot paving in this comprehensive guide.

How much does it cost to pave a parking lot with asphalt?

The ultimate cost-determining factor is the project’s square footage, but with an asphalt cost calculator, you can do the math for how much your project will cost per square foot. While the price fluctuates with the market, in general, you can expect to pay between:

Cost per square footmaterial
$2 to $4.50Asphalt paving
$4 to $7Concrete paving
$1.25 to $1.80Gravel

Several other factors could impact your project costs, such as density of asphalt, recycled vs. virgin asphalt, required site preparation, drainage needs, and more. Your contractor should explain any issues affecting your price.

Further Reading — Asphalt solutions — Residential, public, and commercial paving

Asphalt parking lot cost calculator

The following asphalt cost calculator helps you determine the volume of asphalt you’ll need for your project by using the area’s dimensions, desired thickness, and type of asphalt to figure the total cost. You can calculate your project’s asphalt weight by multiplying the length by the width by the thickness by the asphalt density. On average, expect a tonne of asphalt to cost between $80 and $200, varying with your location, quality/density, and current oil price.

Asphalt parking lot cost calculator

You should also consider the cost of preparing your future parking lot before asphalt is applied. Debris must be cleared, the area leveled, herbicide applied, a layer of gravel laid down as a solid base material, and a drainage system put into place, all of which you should factor into your budget. After the asphalt sets, you must hire someone to paint the pavement striping to ensure the safety of drivers and pedestrians on your property. 

Further Reading – Parking lot sealcoating – What are the benefits and costs?

Recycled asphalt: an option to consider

Asphalt is the most recycled product in America. According to the National Asphalt Pavement Association, reclaimed asphalt pavement (RAP) has long been incorporated into new asphalt along with other recycled materials. In addition to its significant environmental impact, asphalt created with RAP incorporated has proven stronger and more durable than virgin asphalt alone.

    Important Facts About Recycled Asphalt

  • Minimizes environmental impact
  • Produces a stronger product than virgin asphalt
  • Significant cost savings, even as oil prices rise
  • Recycled asphalt saves taxpayers up to $2.5 billion per year
  • Less space taken in landfill with material that will never biodegrade
  • Promotes the conservation of other natural resources with less aggregate mining
  • Decreased probability of cracking and less frequent future maintenance
  • Can be used for roads, roof shingles, parking lots, landscaping, driveways, etc.

The Federal Highway Administration declared its support for using RAP materials in pavement construction to “preserve the natural environment, reduce waste, and provide a cost-effective material” for paving construction.

How often should you seal an asphalt parking lot?

To give your lot the best protection possible, you should reseal it every two to four years as a routine part of your asphalt parking lot maintenance. Pay attention to the oxidation levels and general health of your parking lot to decide when your parking lot needs a sealcoat application.

If your business is in an area with heavy rainfall or frequent freezes and thaws, you may notice more cracks in your parking lot and might want to consider sealcoating more frequently to prevent future repairs. 

Further Reading — Parking lot sealcoating — What are the benefits and costs?

Does sealing asphalt extend life?

Sealcoating your asphalt will extend its lifespan by preventing major cracks from forming in your parking lot’s foundation. Always ensure cracks are properly repaired before sealcoating, as it is only a protective measure for the surface

Further Reading — Proper asphalt paving & maintenance extend the life of asphalt surfaces

Sealcoating not only renews the appearance of your parking lot but also reduces oxidation levels and water entry, provides oil and gas resistance, makes it easier to clean and maintain, and offers a more pliable surface to drivers during hot weather.

Further Reading — Parking lot cleaning — Steps to keep your lot clean

The process of seal coating on asphalt parking lot

Asphalt parking lot maintenance

According to the experts, proper asphalt parking lot maintenance can extend the life of your lot to as much as thirty years. Your parking lot is often the first aspect of your business a potential customer sees. A properly maintained lot conveys the impression you care about the appearance of your property. 

Maintenance tasks range from simply sweeping the asphalt parking lot and weeding any vegetation growing through cracks to patching cracks before they become potholes and flushing your draining system if necessary. Set a schedule and stay consistent in caring for your parking lot to reach its maximum longevity.

Further Reading — How parking lot maintenance can save you money.

The life expectancy of an asphalt parking lot

An asphalt parking lot won’t last forever, even with perfect site preparation and maintenance. Like most things, your parking lot has a general life cycle it will follow. With proper maintenance, you can expect your asphalt parking lot to last between fifteen and thirty years, at the extremes. Your parking lot will go through several phases during its life. 

  • 0-5 Years

Your asphalt parking lot will require little maintenance or repair during the first phase. The parking lot surface should have no trouble standing up to heavy traffic and inclement weather— as long as you have proper drainage. Keep it clean and free of debris, and remove any vegetation you see to prevent future issues

  • 5-7 Years

Routine maintenance is key. Properly fill any cracks before seal coating your asphalt parking lot. Sealcoating and crack sealing will extend your parking lot’s lifespan, especially if you start early and stay consistent with maintenance. Continue to keep the lot clean and free of weeds.

  • 7-15 Years

As your parking lot reaches roughly middle age, you may need to do some more intensive maintenance and repair. Cracks may expand to become holes if not dealt with promptly. A neglected asphalt parking lot will show rapidly in the form of growing cracks and potholes

  • 15-25 Years

Repairs will become more frequent and intensive. You will likely face large cracks and potholes. Customers may complain about the risk of injury or damage to their vehicles. It may be time to consider resurfacing your parking lot. 

  • 25+ Years

If your asphalt parking lot made it to 25 years or beyond, you got a fantastic value for your investment. At this point in your parking lot’s life, repair and maintenance costs will be similar to the cost of a new parking lot.

Further Reading — Estimated parking lot life — Get the most out of your lot

The workers are busy repairing an asphalt parking lot.

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Asphalt parking lot repair

You may be wondering what issues you might face with asphalt parking lot repair. For the most part, cracks and potholes are the bulk of repairs, both of which can be dealt with easily if you take swift action. A parking lot in disrepair gives your potential customers a poor impression of your business before they ever make it through the door.

Cracks are the most common type of asphalt parking lot repair. They can be longitude cracks, which appear in a long straight line; block cracks, which look like a rectangle or square shape and may intersect at right angles; or alligator cracks, which are haphazard patterns. Cracks between a quarter-inch and one inch can be repaired with crack sealing. 

Further Reading — Asphalt alligator crack repair — How to fix long term

Potholes occur when water seeps down through cracks and erodes the roadbed beneath the surface. Vehicle traffic then breaks the surface asphalt and pushes it into the cavity. Potholes can be filled or patched using premium hot or cold mix asphalt after cutting a square around the hole down to the aggregate sub-base. Compacting the new asphalt properly and sealing the repaired area, preventing further water damage is critical.

Further Reading — Asphalt parking lot repair — What to look out for

Asphalt Vs. Concrete: Value Comparison

After learning about the many benefits of choosing asphalt over concrete for your parking lot, it can be useful to see a side-by-side comparison. This chart compares several factors impacting the overall value of your paved parking lot.

Value factorAsphalt Parking LotConcrete Parking Lot
Aesthetic Appeal✶✶✶✶✶✶✶✶✶✶
Installation Time✶✶✶✶✶✶✶
Environmental Impact✶✶✶✶✶✶✶
Maintenance Frequency✶✶✶✶✶✶✶✶
Maintenance Intensity/Cost✶✶✶✶✶✶

The United States Geological Survey conducted an in-depth study on the potential environmental benefits permeable pavement has on the quantity and quality of stormwater runoff. Asphalt and concrete are included in the study, showing the many ways your paved parking lot can help the environment if you have a proper drainage and runoff system

Further Reading — Eco-friendly parking lot — 10 Ways to be sustainable


When you need a place for your customers’ cars, an asphalt parking lot is the clear choice in terms of value, reliability, speed, and cost. With proper maintenance, repair, and cleaning, you can extend your asphalt parking lot’s lifespan to nearly equal to a concrete lot, with far less time and money invested.

concrete vs asphalt roads

If it is better to use concrete vs asphalt roads is not always so easy to determine. While both concrete and asphalt are popular materials for roads, there are a few pros and cons to each that can make one a far better material for the job at hand than the other. 

Concrete roads are more environmentally friendly and have more longevity compared to asphalt roads, though asphalt is more cost-effective and can be a safer alternative to asphalt in areas that get a lot of snow.

Read on as we go through the pros and cons of concrete vs asphalt roads. 

What Are Concrete Roads?

Most concrete roads are a combination of aggregates (gravel, sand, and rock), water, and cement. Cement is in the mix as a binding agent to hold the aggregate together. The stiff, unforgiving slabs of concrete form when the mixture dries. Construction crews will often try to refrain from making the surfaces of concrete roads perfectly smooth, as perfectly smooth concrete is often more prone to breakage. 

To reinforce concrete, construction crews will often use steel bars.

The Pros of Concrete Roads

Longer Lifespan

When it comes to concrete vs asphalt roads, concrete roads have a much longer lifespan. In fact, many concrete roads can last up to 20 to 40 years with minimal maintenance; it is around two to four times the average lifespan of asphalt roads. This is one of the many reasons people also use concrete to make catch basins, especially in areas with heavy rainfall. 

concrete highway surrounded by the dry grass and soil.

Better For Highways

Our national highways are under the constant pressure of large freight trucks that travel over them every day. Concrete handles weight much better than asphalt, meaning it is less prone to rutting or dips. If you’re planning on paving roads where there will be a high volume of large trucks, concrete is the better material.

Of course, the one major downside to using concrete on long stretches of highway is that it can get expensive very fast, which is something to consider in any road-building project.

Safer For Motorists

Thanks to the longevity of concrete roads and the strength to hold more weight without dips forming, there is a smaller chance of potholes forming. Not only does this make it safer for motorists, but it also helps traffic to flow much smoother too. 

Better Fuel Efficiency

According to a number of studies of concrete roads vs asphalt roads over the past decade, concrete roads can reduce CO2 emissions and increase driver fuel efficiency. It is said that drivers get anywhere from 1-7% better fuel efficiency when driving on concrete roads compared to asphalt roads. This is because concrete roads don’t fold as much under the weight of vehicles.

More Environmentally Friendly

In general, the production of concrete roads is more environmentally friendly than that of asphalt roads. Essentially, concrete uses less energy during the construction process with fewer vehicles and passes, giving the construction process a small carbon footprint. 

It is also worth noting that concrete does not produce any sort of toxic runoff like asphalt does, meaning it is not a threat to local waterways. With its unique permeability, concrete allows rainwater to pass through it so that groundwater can be replenished, just as grass would allow water to pass through.

Of course, neither of these options is sustainable options, though that does not mean one isn’t better for the environment than the other. 

Saving On Resources

Concrete, which is made from cement, is produced from limestone. Limestone is readily available and a very abundant resource that does not need to be imported.

No Oil Damage

Unlike asphalt roads, concrete roads do not suffer damage from oil leaks.

The farm house with concrete driveway

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Better For Colder Temperatures

Concrete is a better choice for areas with colder temperatures, as it is more resistant to the freeze-thaw cycle. This also makes it a much safer choice for drivers in snowy or icy conditions. 


Many consider concrete to be recyclable, as old slabs of concrete can be ground up and used as gravel in other projects, such as gravel driveways

Coloring and Stamping

One of the biggest aesthetic advantages of concrete is that it can be stamped and colored much easier than asphalt. You’ve likely been in urban settings where the concrete is colored in certain places to section off bike lanes or to promote safer crosswalks. The number of aesthetic possibilities is much greater with concrete than with asphalt. 

Light Color

One of the main reasons you’ll often see concrete roadways in hot areas is that the lighter color is more reflective than asphalt. This means that it reflects the radiation from the sun instead of absorbing and storing it as asphalt does. 

With a cooler surface, concrete can help surrounding buildings, meaning businesses and homes, cut back on their energy costs. It doesn’t get as hot in urban settings with concrete compared to those with asphalt, either. 

Cons of Concrete Roads

Difficult Repairs

Repairing concrete roads if they do get damaged can be an arduous process. It is impossible to patch holes and cracks on concrete roads vs asphalt roads. Instead, to repair concrete, the entire slab must be replaced. 

The worker use a concrete for the road


Concrete costs a lot more than asphalt, both in terms of the construction process and the potential repair process.

Bumpy Rides

Concrete slabs can sit at different levels, causing rides to be bumpier than asphalt. It is also often the case that drivers can feel the expansion joints in the road when driving on concrete, especially if they don’t have newer cars with high-quality suspension. 

More Road Noise

During the construction process, the texture is brushed onto the concrete’s surface. Beyond drivers feeling the rhythmic bump of each suspension joint they pass over, it is also often the case that these roads are incredibly noisy. 

Less Grip

Compared to asphalt roads, concrete roads don’t offer that much grip. When roads get extremely wet, it becomes far more likely that vehicles lose traction quickly. It is also the case that water does not evaporate as fast, nor does snow melt as fast, as concrete has a much lower heat absorption rate than asphalt. 

High Reflectivity

If you’ve ever driven on a long asphalt road on a very hot, sunny day, you’ve probably noticed the high reflectivity characteristic. Driving on asphalt roads in this kind of heat and sunlight for a long time can be a major strain on the eyes. 


While asphalt has a great way of absorbing spills, such as oils, chemicals, and other pollutants, concrete does not. 

Long Cure Times

After it is poured, concrete typically has to sit for seven days before it is cured. Of course, there are high-early-strength varieties of concrete too, which can cure in a day to three days, though these are much more expensive. If you’re looking to get a job done quickly, asphalt is a much better choice. 

When To Use Concrete Roads

While concrete roads can be used in a number of different projects, they are best for:

  • New construction
  • Urban road expansion
  • Build new roads in urban regions
  • Underground utility repair

It is also worth noting that concrete is a 100% recyclable material. It is pretty common for construction companies to break concrete down and use it to build new bridges and roads or use it for other construction projects entirely. 

Because concrete does not require as much maintenance or repairs, there are fewer costs to maintain it, including machinery costs, fuel costs, labor costs, etc.

The workers busy on installing asphalt at the surface of the concrete road

What Are Asphalt Roads?

Asphalt roads are often made up of aggregates (gravel, sand, and crushed rock), filler, and binder (bitumen). Bitumen is a very different kind of binding agent than cement, as it is a dark and sticky substance that is derived from crude oil. 

When roads are built using asphalt, fine aggregate is mixed with bitumen while heated up before it is poured onto a bed of large aggregate. Once it is laid down, it is pressed into place using a steamroller.

The beauty of asphalt is that it is ready to be driven on once it cools down to the surrounding air temperature. It is also much more flexible than concrete, allowing it to better mold to the imperfections of the ground underneath. 

Pros of Asphalt Roads


When it comes to concrete vs asphalt roads, the materials for asphalt roads cost less than they do for concrete. Plus, since the construction process moves a lot faster for asphalt roads, it requires less time and energy to build, meaning less spent on labor and machinery. 

Easy To Repair

Unlike concrete, it is possible to repair asphalt in patches. If there is a small crack or dip somewhere in the road, filling it up and patching it over is quite easy. 

Better Traction

There are many people who deal with dynamic driving situations, especially those who live in hilly areas or regions that have inclement weather. Compared to concrete roads, asphalt roads offer far more traction and skid resistance, making them a safer option in many ways.

Less Noise

While concrete roads can be very noisy to drive on, asphalt roads are generally quiet. This is especially true for brand-new asphalt roads

Better Heat Absorption

Though asphalt can get really hot, the good thing is that it has excellent heat absorption for those who live in snowy areas. After a long bout of inclement weather, snow and ice will melt much faster off the road than concrete. Rainwater will also evaporate much faster on asphalt. 


Many consider asphalt recyclable as well, as you can melt asphalt down and re-use it to surface new roads.

In this image, we can see the damage concrete road

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Cons of Asphalt Roads

Shorter Lifespan

Asphalt roads have a much shorter lifespan than concrete roads. On average, asphalt roads last around ten years. Maintaining an asphalt road requires it to be re-laid and repaired on a more regular basis. 

Easily Damaged

When heavier weather approaches, asphalt tends to take on more damage. In regions with heavy snowfall or monsoons, this can be a huge problem. Oil leaks can also have an impact on damage when asphalt absorbs it, as it can weaken the binding agent. When the binding agent is weakened, the roads can soften, leaving them open to further damage. 

Not Great For Certain Types of Roadways

Because asphalt is prone to cracking and breaking under stress, it is not the best choice for high-turning points or stopping points. Of course, to reduce rutting, it is possible to mix asphalt with harder oil. However, this can also make it more brittle, which can lead to the asphalt breaking when temperatures get low.

Less Environmentally Friendly

When asphalt is melted during the construction stage, it can emit greenhouse gases. Compared to concrete roads, building asphalt roads can cause far more pollution.

More Prone To Freeze Damage

When winters roll around and the freeze-thaw cycles begin, it can wreak havoc on asphalt roads. These kinds of roads become far more brittle in extremely cold temperatures due to their less flexible makeup.

Uses More Natural Resources

Asphalt is made from bitumen, which is produced from imported petroleum. Every day, the reserve of bitumen is reduced more and more, meaning it will eventually cost us more to import and use for major roadways.

The clean asphalt roads with tress

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When To Use Asphalt Roads

  • New roads in rural areas
  • Low-volume roads
  • Jobs that require cost-efficiency

Final Thoughts – Concrete Vs Asphalt Roads – Which One Is Best?

There isn’t a one-size-fits-all answer for which of these materials is better for building roads. It’s crucial to consider the specifications of your project when trying to choose the better material. 

Concrete is a more sustainable option that promotes better fuel efficiency and longevity. But it can also be expensive and difficult to repair. It is also worth noting that many governments are shifting to the use of concrete roads thanks to the reduced chance of potholes and added longevity.

On the other hand, asphalt can be more cost-effective and safer for drivers due to its skid-resistant nature, though it is less environmentally friendly and more prone to damage. 

Consider the parameters of your road-building project and the pros and cons of each when making your next decision.

replace asphalt driveway

Whether your driveway is made of concrete or asphalt, it will age and crack over time as the materials degrade. However, this degradation will occur much sooner than expected if you ignore or misuse your driveway.

So, if you’re considering replacing your driveway, you should first learn about the reasons for the degradation so you can take preventative measures.

In a nutshell, if your asphalt driveway is beginning to show signs of wear, then a replacement is the more sensible and lasting solution rather than repairing it.

But how do you replace asphalt driveway?

There is no time too late to learn something new. Concurrently, when it comes to replacing an asphalt driveway, there are many things that homeowners, business owners, and municipal personnel may not know.

So, when your asphalt ultimately wears out, and periodic repairs and maintenance can longer keep it safe, appealing, and smooth, then use the steps below to have it replaced:

  1. Demolition of an existing pavement 
  2. Grading and sloping the ground 
  3. Installation of the sub base to provide a stable surface
  4. Tack coating the sub base to create a solid bond between the incoming asphalt layer and the sub base
  5. Laying and compacting of asphalt

Many things might cause driveway damage, including icing materials, motor oil or gas, freezing temperatures, and your vehicle’s weight. In most circumstances, replacing an asphalt driveway is a better investment than making hasty repairs or resurfacing, which will only serve you for just a few years but end up costing you more in the long run. 

Asphalt driveways that have been properly replaced can last 20 years or more; however, resurfacing, which isn’t a good option, can only last 3-7 years.

There has a cracks on asphalt driveway

Signs your asphalt driveway needs repairs

The present condition of your driveway surface can tell a lot about whether you should resurface it or do a complete overhaul and replacement. The following guide will lead you through some of the warning indications that you need to replace asphalt driveway for your property:

 Standing water

Potholes, large cracks, and portions of a sunken asphalt driveway can all collect rainwater. So, if you allow water to penetrate the foundation of your driveway, it can result in permanent structural damage.

At the same time, standing water can trigger the surface of your driveway to erode if it cannot drain correctly. Although standing water is not only an indication of structural damage, it can also lead to more pavement issues if left unchecked.

In a nutshell, poor drainage can signal that you need to replace your driveway. 

Alligator cracks 

When a sequence of overlapping cracks appears in your driveway, they begin to separate the pavement into small, fragmented portions. This issue is what is referred to as alligator cracking.

This type of crack could indicate that the subbase beneath your pavement is no longer stable. And when this lower layer breaks, it can lead to damage to the surface layer. 

If this type of problem occurs, it is an indication that it’s time to rip out the old driveway and replace it with a new sub-base and topcoat. 


Asphalt is made up of a binder and aggregate mix. However, the aggregate can break away from the binder with time. This is evident when loose gravel is on the driveway’s surface, or you may notice that your driveway is beginning to pit.

Raveling can be treated, so address it right away if you notice it early enough because if the situation isn’t addressed, it can quickly become out of hand. Initially, raveling loosens fine aggregate particles, but the surface gets rougher when larger pieces split away. You can either choose to replace asphalt driveway if resurfacing or seal coating can not remedy the issue. 

Missing chunks

Large cracks that evolve into alligator cracks can rip pieces of your driveway apart, leading to large potholes, which is the last thing anyone wants on their asphalt. 

These spots are hazardous to automobiles and small children or homeowners who may fall or injure themselves when crossing the driveway.

Therefore, if you notice a larger chunk falling off your driveway, it may be time to replace your asphalt driveway.

The workers are busy installing the new asphalt driveway.

When Should You Seal, Resurface, or Replace Your Asphalt Driveway?

Resurfacing, seal coating, or replacing is what you should consider before your driveway issues get any worse.

Here are more details on when your asphalt driveway should be sealed, resurfaced, or replaced, so you can figure out which type of repairs your property requires:


Sealcoating is the process of applying a liquid sealant to an old asphalt pavement surface in order to seal it and fill cracks. The procedure protects the sublayers and base from the elements while also delaying the need for a new driveway.

You should consider seal coating if the lustrous appearance of your asphalt driveway is fading. You should also consider applying a sealant if there are minor surface flaws, like cracks, that render your driveway uneven or rough in appearance.


Resurfacing is the process of removing the top layer of asphalt and replacing it with a new one. Resurfacing your driveway can help it last an additional eight to fifteen years. It is different from when a contractor replace asphalt driveway.

When your driveway has enormous ruts, significant cracks, and potholes but is still functional, you should consider resurfacing it.


When an asphalt driveway is replaced, the whole surface is demolished and removed to the ground level. All of it will be taken out and replaced with new material.

So, if your driveway has been fully damaged by negligence, weather, or heavy use to the extent where it is no longer functional, you will require a complete replacement. Concurrently, you can also consider a replacement if you want to make substantial modifications to your property. For example, suppose you want to shift your driveway to a different location. 

Installing a new driveway offers a smooth,  comfortable, safe surface that you will enjoy every day.

Sea view from asphalt driveway at the modern house.

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What is the Cost to Replace Asphalt Driveways

Asphalt driveways typically cost between $2 and $5 per sq foot to lay. However, many factors influence the pricing, including location, material quality, the required depth of material, driveway size, and contractor.

Asphalt driveway installation costs around half as much as concrete, making it a cost-effective choice for homeowners looking to make the most of their budget. This price may be the same or differ from when you want to replace asphalt driveway; ultimately, a seasoned paving contractor can advise you accordingly.


Replacement is a good choice, especially if your asphalt driveway has deteriorated to the extent that it can not be managed. However, it is wise if you seek the assistance of an expert paving contractor to advise you accordingly. A professional contractor will advise you on the exact installation cost, the perfect timing for the project and can also help you carry out the project so it can withstand the test of time.

Gravel vs. Asphalt Driveway

Gravel vs. asphalt driveway: A guide to choosing the best option for your next project

Driveway installation offers many options when it comes to the material needed to get the job done effectively, leaving lots of property owners in a dilemma when deciding which option is best suitable for them. 

If you are building a new home or simply renewing portions of your existing property, using the correct driveway material is vital. You will be needing a dependable and long-lasting material that will resist even harsh weather conditions irrespective of whether you are installing a new driveway or resurfacing an existing one.

There are many options available when it comes to the materials needed for a new driveway installation. It includes asphalt and gravel, which are the most commonly used choices for different pavement projects. 

The type of material you choose for your driveway can have a significant impact on not only how it appears, but also how it functions and lasts. Both asphalt and gravel are made out of a mix of stone and other materials that give them different levels of durability and attractiveness. While gravel is commonly used for sidewalks and patios, pavers utilize asphalt to build driveways and parking lots. Regardless of their variances, both materials make great driveways.

Asphalt is a very attractive and long-lasting material, but it requires more upkeep and is more expensive, whereas gravel is less expensive but does not look as beautiful as asphalt and will wash out with time. Nonetheless, it is difficult to state whether gravel is better than asphalt or vice versa since the best product is determined by your needs, property, budget, and other factors.

Both asphalt and gravel driveways are good choices for your home. However, to help you narrow down your choices, we’ll pit gravel vs. asphalt driveway against each other to discover which is better in different conditions and which offers more advantages or disadvantages than the other.

So, what are the differences between asphalt and gravel driveway?

The below highlights are the main differences between asphalt and gravel driveway which will guide you in deciding which material to choose for your next project:

  • A gravel driveway is more cost-effective to install than an asphalt driveway.
  • When it comes to appearance, an asphalt driveway offers more aesthetic appeal than a gravel driveway.
  • Asphalt driveways can melt hazardous ice and snow faster than gravel driveways; hence, it is more suitable for snow/ice.
  • The beautiful appearance of an asphalt driveway can add value to your property compared to a gravel driveway.
  • Gravel will inevitably wash out if it is used in areas that are susceptible to flooding, while asphalt will not.
  • A gravel driveway can be displaced by weight from heavy equipment and gravels, while asphalt can withstand heavy weights without displacement.
  • The roughness of gravel makes it more difficult on vehicles compared to asphalt.
A youngster playing on asphalt driveway

What do Asphalt Driveways do well?

  • Asphalt driveway offers a smooth and comfortable surface
  • An asphalt driveway is aesthetically pleasing.
  • An asphalt driveway is flexible
  • An asphalt driveway is durable
  • An asphalt driveway is very suitable for snow/ice
  • It is cost-effective to install

Asphalt is the most widely used paving material for residential driveways, as well as roadways and highways. It has several advantages that make it ideal for constructing driveways and offering a surface for other projects. Hence, asphalt is used to cover 94 percent of America’s roads, and it’s easy to see why. To better analyze the difference between gravel vs. asphalt driveway, let’s look at the following main pros of asphalt driveway:

Asphalt driveway offers a smooth and comfortable surface

Asphalt driveway offers uniform, even surface that can not be matched by other pavements like gravel and concrete. Rough driveway surfaces are less safe compared to smooth driveways since uneven surfaces enhance driver fatigue and decrease control. 

In addition, a smooth asphalt driveway also decreases rolling resistance (the friction between a vehicle tire and the driveway’s surface), which equates to improved fuel economy and lower CO2 emissions. Smooth roads offer better tire contact, making for a safer (and more fun) ride. This feature is also very beneficial to airport users. Because asphalt taxiways and runways are smoother and easier to maintain, they allow for safer landings and takeoffs.

An asphalt driveway is aesthetically pleasing.

For many individuals, asphalt is the preferred paving material for aesthetics, even over concrete. The smooth black surface of the asphalt driveway creates curb appeal and is hard to be compared to gravel or poorly laid, dirt brick pavers. In addition, a driveway paved with asphalt creates lines that add a sense of style, elegance, and grace, complementing practically any home or business. 

So, whether you’re contemplating various driveway arrangements for a new home or resurfacing an old driveway, the style you choose can add a lot of curb appeal and resale value to your business or home.

An asphalt driveway is flexible.

When it comes to weighing between gravel vs. asphalt driveway flexibility, asphalt takes the lead. Asphalt can be engineered to provide appropriate solutions for various types and sizes of driveways, roadways, lanes, cycling paths, and lots more.

Because all asphalt pavements have a bridging effect and are flexible, they can be custom-formulated and built to support the traffic load and climatic conditions of a particular driveway. There are unique asphalt mix solutions for highways, suburban, urban, and rural roads, and their flexibility is especially effective in dealing with the pressures of heavy traffic loads on bridges.

In addition, due to the flexibility of bitumen, asphalt surfaces can be engineered to withstand high-temperature cycles in places where roadways are subjected to repeated freezing and thawing. They can be made to fit any traffic, soil, or material requirements.

An asphalt driveway is durable.

An asphalt driveway can span for 12 to 35 years if properly maintained. Although the length of time your asphalt driveway lasts is dependent on your local climate, installation, use, and other factors. However, you should expect a service life of 10 to 20 years. In addition, it is worthy of note that the better you care for it, like most other aspects of your home, the longer it will last.

An asphalt driveway is very suitable for snow/ice.

The blacktops of the asphalt driveway surface absorb the sun’s heat, making them an excellent choice for chilly climates. Asphalt driveways are capable of melting hazardous snow and ice faster than gravel driveways.

It is cost-effective to install

In terms of installation cost comparison between gravel vs. asphalt driveway, gravel is less expensive than asphalt; nonetheless, asphalt is still a viable paving option. With just a few dollars you can install a sleek, aesthetic appeal asphalt driveway for your home or business area.

This image shows the gravel getting with the shovel by the worker.

What do gravel driveways do well? 

  • Quick to install
  • Very inexpensive to install
  • It can easily be maintained
  • A gravel driveway is tough and rugged

The following are some of the main advantages of installing a gravel driveway for your residential or commercial properties:

Quick to install

For many homeowners who reside in places where there is a limited window of opportunity for home improvement, owing to weather concerns, having a speedier installation time makes a significant difference. Gravel is one of the simplest driveway materials to install; it takes less than one week to install a gravel driveway and allow it to settle. Consequently, It would be ready for use as soon as it’s installed.

Very inexpensive to install.

The greatest asset that gravel has is its affordability. It is one of the most cost-effective surface material solutions, particularly for homes with long driveways. Therefore, gravel is a wonderful option to consider if you have a large-scale rural property or roadway and need to conserve money.

It can easily be maintained

Many people believe that a gravel driveway is just as easy to maintain as an asphalt driveway. Gravel doesn’t require much maintenance work. Besides, it can not chip, crack, and most importantly, gravel driveway does not develop potholes. Hence, it is a common choice if you are considering creating a driveway or back road that doesn’t require a lot of upkeep. 

Also, in weighing the environmental benefits between gravel vs. asphalt driveway, gravel is a more environmentally favorable product than asphalt, since it is permeable, allowing groundwater to be replenished.

A gravel driveway is tough and rugged

Gravel is simply crushed stone, and we all know how tough stone can be. As a result, a gravel driveway can withstand daily traffic as well as farm equipment and heavy loads. 

In addition, due to its toughness, it is of less concern regarding whether it will break or not. Consequently, the more the traffic, the more it simply becomes gravel. Gravel durable features make it a popular choice to consider when heavyweight vehicles or industrial equipment is involved.

View of sea from macadam asphalt driveway with a modern house.

What are some problems with asphalt driveways?

The below are some of the main drawbacks associated with asphalt driveway installation:

  • It can be damaged during intense heat
  • It requires regular maintenance.
  • Limited customizing style
  • Susceptible to damage under heavy Loads

It can be damaged during intense heat

Temperature fluctuations, especially during intense heat, can damage asphalt driveways. Therefore, when asphalt heats up, it softens and becomes malleable, causing warping and indentations. 

As the temperature rises in the summer, your asphalt driveway may become more pliable and vulnerable to damage. Due to these concerns, homes in warm locations may be vulnerable to driveway damage induced by temperature fluctuations, particularly intense heat.

It requires regular maintenance.

As a homeowner, it is ideal that you get your asphalt driveway cleaned using a power washer and a broom at least twice a year to get rid of debris and dirt. It is also recommended by experts that you seal coat your pavement every two to five years, and repair cracks and holes immediately they are identified. The maintenance cost for gravel vs. asphalt driveway differs. Although asphalt is inexpensive when it comes to maintenance, it can chip, divot, and needs to be sealed regularly to stay strong.

Limited customizing style

If you have much interest in style and color when it comes to beautifying your landscape, an asphalt-paved driveway will offer certain limitations. Even though asphalt complements the tone and color of most homes, black is the only available option for asphalt installations.

Susceptible to damage under heavy Loads 

While the flexibility of asphalt enables it to handle most large loads, such as a garbage truck, it can still be vulnerable to damage from heavy loads, especially during periods of extreme cold or heat.

This image shows the sand with tools and rocks on top.

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What are some problems with gravel driveways? 

The following points highlight some of the main drawbacks of gravel driveways: 

It can develop ruts and sinkholes

Gravel driveways with a lot of traffic are more likely to create ruts. Ruts are voids or holes in the surface that must be filled immediately you notice it, to keep the portion smooth and attractive again.

It can be rendered ineffective during extreme weather.

If you’ve ever tried to clear snow or ice from a gravel driveway, you know how difficult it is. Not only is it difficult, but it also takes an inordinate amount of time. Gravel does not hold up in the face of harsh weather. As a result, ice can readily become lodged between each piece of gravel, making the surface uneven and slick. In terms of performance comparison between gravel vs. asphalt driveway, asphalt is much more prone to damage during intense weather.

It can become dirty.

It is an obvious fact that dirt and dust are displaced each time you pull into your gravel driveway. However, this not only leaves an ugly grey film on your automobile, but it also discharges dust particles into the air rendering your home’s exterior unclean, requiring constant cleaning.

Weeds thrive in gravel.

If you want a weed-free driveway, a gravel driveway isn’t going to cut it. It’s no surprise that weeds thrive in this type of driveway. Even if you eliminate it manually or with cans of weed-killing chemicals, regrowth is almost unavoidable, and it can seriously detract the appearance of your driveway.

It can wash out

Gravel isn’t as well-fixed as asphalt, therefore it will eventually wash away. For that reason, a gravel driveway is not a perfect option in areas that are susceptible to flooding if you don’t want to lose your driveway after a few strong downpours.

What Is the Life Expectancy of a Gravel Driveway?

Your gravel driveway can span up to 100 years if you take proper care of it. Gravel has the advantage of being able to be repaired and renewed regularly. On the other hand, if asphalt and concrete driveways experienced wear and damage, it can be difficult to fix, and replacement is somewhat cheaper than costly repairs.

In addition, gravel is also less susceptible to frost heave, or yearly freeze-thaw cycles, which can cause considerable cracking and settle in solid road materials. The life expectancy of gravel vs. asphalt driveway has a big gap; without a doubt, gravel driveway lasts longer.

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Gravel driveways are a low-cost option, whereas asphalt driveways offer a strong, flat surface that is easy to shovel in the winter and comfortable to park on all year. Consider the advantages and disadvantages of each surface option before deciding on a material to use for your next paving project. Evaluate your choices and seek the advice of a skilled professional to help you make the best decision for your property.

So many materials suit both commercial and domestic paving problems and demands. For domestic paving, homeowners have a long list of options to choose from. The list of these materials is almost endless. However, although concrete paving has a place at the top, asphalt paving topples it as the bigger industry owing to its longevity and durability. 

The composition of asphalt paving materials include sand, bitumen and aggregates. If you properly maintain these materials, asphalt paving lasts nothing less than 10 to 35 years. This makes it a highly preferred choice among homeowners. However, the knowledge of how long asphalt paving lasts significantly informs budget planning in relation to construction and repair. In this article, you will learn all you need to know. 

Factors That Affects How Long Asphalt Paving Lasts

Installation Quality

Apart from the blueprints and designs that you must have created for your driveway, one thing you shouldn’t fail to observe is the quality of installation. The installation quality goes a long way in determining how long asphalt paving lasts. It requires the expertise and ingenuity of the contractor who considers the landscape, weather and surface before commencing installation. 

The expert’s experience is needed to grade the surface for easy drainage, raking for even distribution and spread of debris. It is also relevant for determining the compact positioning of aggregates to avoid breakaway or future cracks. 


Another unavoidable factor that affects how long asphalt paving lasts is the pressure it absorbs over time. Even though this pavement is made to serve specific purposes, either as a driveway or parking lot, it should not be abused. For instance, if you choose to use asphalt pavement to serve as a surface for a car park, you should not park heavy-duty trucks on it, as that causes increased pressure on the asphalt.

Alternatively, if you choose it as a driveway, parking on the same spot every time can affect the longevity of the paving.  It follows that the more the traffic intensity on the asphalt pavement, the shorter its lifespan.  


One of the things that asphalt paving assures is durability. It is reputable for this and gives it advantages over others. But despite this, if you do not carefully maintain it, such maintenance attitude may have adverse effects on the durability. Thus, you must always observe proper maintenance practices to enhance the pavement’s longevity in any weather. These maintenance practices include constant inspection, quality repair, cleaning and so on.

asphalt sealant


The weather or climatic condition that an asphalt paving endures is also an essential factor affecting how long asphalt paving lasts. The best climate for asphalt paving is little rain, warm temperature and constant interchange between these two. 

When asphalt paving faces too much heat, it cracks, and this allows rain or any other water spill to penetrate. This eventually leads to potholes and destruction. Exposure to rain and warm temperature should not be excessive as it reduces the lifespan of the asphalt pavement. Another thing to consider concerning climate is the condition during installation. 

The most appropriate time of the year to pave asphalt is during summer or spring. The reason for this is simple: in cold temperatures, the asphalt takes so much time to get set and this might cause it to crack. However, it takes little or no time under warm temperatures. So, if you are in a cold region, this is something to consider. For instance, experts advise not to pave during the rain,  as that will affect your asphalt adversely.


If your asphalt pavement is good, it is a testament to the type of materials used. So, you should not displace the role of quality materials in asphalt paving. As a matter of fact, getting suitable materials is the first step to having a long-lasting asphalt pavement. 

So it is necessary to get manufacturing companies that produce quality materials for asphalt. It is almost easy to guess the materials which make up the composition of asphalt paving. As easy as it sounds, where there is a missing composition, or the asphalt is poorly heated, this can affect the longevity of the asphalt. 

asphalt materials

Maintenance Practices To Help You Achieve Asphalt Paving Longevity 

  • There should be a routine inspection for cracks that must be sealed to avoid moistures from entering the paving. Once these cracks are filled, every possibility for a pothole or crack deterioration is eliminated.
  • Avoidance of driving on the pavement edges to avoid edge cracking usually develops due to a lack of support at the sides.
  • If your car leaks oil or other fluids, these substances should not be allowed to last longer on the pavement as they can affect it.
  • Sharp objects should not be dragged on the pavement’s surface to avoid alligator cracks or further destruction.
  • The pavement should be seal-coated as often as following possible recommendations. This ensures the protection of the top layer of the pavement.
  • Avoid parking on the same spot every time, and heavy-duty trucks should not be parked on it as it puts so much pressure on the pavement.

Some Benefits Of Asphalt Paving

Asphalt paving is so famous for their longevity and durability that it is possible to think those are the only benefits of choosing it. However, when you choose asphalt paving for your driveway, here are some other benefits you also get to enjoy: 

  • Smoothness – One of the most attractive benefits of asphalt pavement is its smoothness. Apart from its aesthetic appeal, it is also safe and makes driving fun.
  • Environmentally Friendly – The current awakening towards actions that threaten the environment has pushed for innovations in all fields, which is evident in asphalt production. Materials used are recyclable, and it consumes less energy in production. The pavings themselves can be recycled and used to make new paving.
  • Quiet – Asphalt paving eliminates all forms of noise that can cause an unnecessary distraction for drivers due to its smooth terrain. The terrain offers silence when vehicles move over it.
  • Durability – A key feature of asphalt pavement is its durability. It can withstand occasional pressure for an extended period as long as you ensure adequate maintenance. This accounts for why many homeowners love to use it.
  • Cost efficiency – One would think the cost of having asphalt pavement is more than other pavings, but that isn’t the case. The value it offers transcends the cost of construction. For example, it reduces wear and tears on vehicles, thereby saving you from unexpected expenses. As such, choosing asphalt paving is choosing less risk and expenses for your cars.
  • Quick Installation – This is a very dominant benefit as compared to other pavings. Asphalt pavings are very fast to install, and this gives it flexibility and swiftness that does not adversely affect its longevity but somewhat improves it.
asphalt paving benefits

Final Thoughts

As remarkable as asphalt paving is, its value is tied to and solely dependent on quality maintenance. If you do not observe this, you might not get the value for your money, which would defeat your choice of asphalt paving in the first place. 

So, ensure you choose the right experts and carry out adequate maintenance. That way, you can rest assured that you’d enjoy your asphalt paving seamlessly. 

stamped asphalt driveway

Stamped asphalt became popular in the mid-1990s. Today it is rapidly replacing paver surfaces as the chosen method of enhancing the surfaces of driveways, walkways, and even parking lots at a reasonable cost.

Many homeowners and business owners now use stamped asphalt all over the world in all kinds of climates as a decorative, long-lasting, and less expensive option to brick, cement, and stone.

Although interlocking stone or brick pavers are still the most common decorative hardscape surface for driveways, many people cannot afford them. 

While standard asphalt pavement is practical and cost-effective, many people find it unappealing compared to the looks that can be accomplished with other decorative hardscapes like stamped or imprinted asphalt.

Stamped asphalt gives your driveway or parking lot surface the look of laid cobblestone or brick, and it can be a significant improvement to your home or commercial business.

But what is a stamped asphalt driveway?

Asphalt stamping driveway is a decorative material created by converting ordinary asphalt into a style similar to the appearance of brick, slate, or stone. The procedure involves making an imprint into an asphalt pavement surface using a combination of heat, a plate compactor, and a stamping template. It gives your landscape a very stylish aesthetic appeal.

With stamped asphalt, you can add a pattern into your asphalt driveway paving and color it to fit your desired appearance and landscape. Therefore, if you want something that offers flexibility during the winter season, lasts the test of time, and has a fantastic look that is a total eye-catcher, this is really a game-changer for you.

The worker stamped the new bricks in the driveway.

Stamped or imprinted asphalt driveway, what really it is?

Stamped asphalt is a form of texturing mechanism implemented to driveway, parking lot, or other pavement surfaces to create a look that is identical to stone, brick, slate, and other designs impacts on an asphalt foundation.

A grid created out of many different materials (most of which are wire) is used to imprint a number of different textures into the asphalt. The surface is then painted with a colored epoxy coating to guarantee a safe and stable driving surface after the desired pattern has been imprinted onto the asphalt.

Since asphalt becomes extremely soft when heated, imprinting many different patterns is relatively easy and beneficial to the material’s overall longevity. Also, it adds a more incredible amount of toughness to the respected surface.

In addition, you can achieve the impression produced on stamped asphalt driveway on a new asphalt application and the surface of the existing newer asphalt. 

Although conventional asphalt driveway, parking lot, walkway, etc., is predominantly dark, it can be painted in a variety of colors ranging from soft to bold. In addition, it will last for many years if maintained properly.

Stamped asphalt has several advantages, including low-maintenance requirement, a long lifespan, much less expensive than using hand-laid materials. In addition, it is ideal for those who live in colder climates.

Since stamped asphalt combines asphalt’s strength and flexibility with cutting-edge coating technologies and involves a fast process, you can get a cost-effective, long-lasting driveway surface that looks like brick or stone in a short amount of time, requiring minimal maintenance.

Stamped asphalt is the most preferred surfacing alternative for homeowners and business owners since the process involves unique heating equipment and advanced coatings engineered to work together. In addition, it allows you to be as creative as you like with your decorative driveway, parking lot, or other pavement design. 

In addition, the cost advantage it has over alternatives such as stone or brick can be considerable, so you can get more done for lower prices. 

The driveway is cleaning by the worker

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Why should you want stamped asphalt?

  • It is cost-effective
  • It is durable
  • It is customizable
  • It is easy to install
  • Lower maintenance cost

There are many reasons why you should want stamped asphalt driveway parking lots, etc., for your residential or commercial property, as it has some advantages over traditional interlocking systems, which involve brick, stone, or slate.


Asphalt is much less expensive and faster to install and stamp, unlike brick and stone which are expensive and require lots of time to install. In addition, since asphalt is less porous and more flexible compared to most hardscape pavers, it requires less maintenance and fewer repairs, making you save on unplanned costs.


Asphalt driveways, parking lots, and other paving surfaces are highly sturdy, resilient, and long-lasting. Also, stamped asphalt paving surface is flexible and resistant to cracking caused by substrate moving, and since it does not change over time, the resulting surfaces are more resilient than stone and brick.

Unlike conventional materials such as brick and stone, stamped asphalt is composed of a single continuous surface, rendering it more resistant to erosion, shifting, and weed growth. In addition, the Epoxy film, which is applied to the imprinted asphalt, traps harmful sun rays, extending the life of the asphalt.


Asphalt stamping can act as a decoration to small or large areas of your driveways, walkways, parking lots, etc. You can even customize stamped asphalt to showcase your company logos and many other eye-catchy designs that add beauty to your residential or commercial properties.

With stamped asphalt, you can choose from the varieties of colors, interlocking patterns, and textures to create a look that complements your property.

The wide variety of patterns and colors of a stamped asphalt driveway can be combined to create amazing and eye-catching designs that improve the look of your house, adding value to it. 

Easy to install

Stamped asphalt is an excellent alternative to more expensive products such as pavers and stamped concrete. It is quicker, less labor-intensive, and easier to install compared to other decorative pattern paving surfaces without compromising durability, aesthetics, and quality. In less than 48 hours, you can install an asphalt driveway or other pavement that will be safe to use almost instantly.

Lower maintenance cost

Asphalt stamping can last for a good number of years, and you can easily re-coat it, resulting in a lower overall cost of maintenance. The surface also holds up to temperature fluctuations better than pavers, which usually shift during freeze-thaw cycles. There’s also no need to worry about vegetation that commonly grows through cracks in conventional brick.

There have bricks and tools for the installation of the driveway.

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What is the cost of installing a stamped asphalt driveway?

When determining which product or service to use in any project, particularly home improvement projects, price, and cost play a significant role.

The cost of installing an asphalt stamping driveway differs based on the labor, materials, and prep work required. For instance, if the driveway requires resurfacing or other preparation work.

In addition, the quantity of the decorative asphalt used in the driveway, the size of the driveway, and the precise pattern and trim selected are all factors to consider. Because of these variables, estimating the cost of building a stamped asphalt driveway can be challenging. So, it would be best if you speak with a reputable paving contractor about your requirements, and they will provide you with a quote for the job.

However, it can cost up to $3-$9 a square foot to imprint and paint a pattern on an existing or new asphalt driveway based on the precise pattern and trim selected, the extent of pavement stamped, and the level of prep work and resurfacing needed. This estimate is for imprinting the asphalt topcoat.

Also, it can take up to $5-$12 a square foot to build a stamped driveway from afresh depending on the site prep required, local rates, and any challenges, such as slopes, curves, etc.

How long does it take to install a stamped asphalt driveway?

The length of time it takes to build a new stamped driveway is primarily determined by the amount of prep work needed. For instance, ripping out an existing driveway and using gravel to make the correct pitch and grade add more time to the work. 

Many driveways can be completed in two days or less and ready for use nearly instantly after the site has been prepared.

Stamped asphalt takes less time, effort, and money to install than other decorative pattern paving surfaces. Furthermore, it can be built on existing asphalt that is in excellent condition, saving money on pavement removal.

In comparison to conventional surfaces such as brick pavers, the asphalt foundation offers superior stability and longevity. Besides, a stamped asphalt driveway is simpler, quicker, and less laborious to install when compared to other decorative paving surfaces.

How long does a stamped asphalt driveway last?

When it comes to asphalt longevity, many factors play a role in determining how long it will last. These factors include the quality of installation, the usage they get, the climate, and how well you take care of it.  

The better treatment you give your asphalt driveway, like most things, the longer it will last.

If adequately built by a seasoned contractor, an asphalt driveway can last up to 20 years, and it is easily repaired. There’s no reason why your asphalt driveway shouldn’t last 30 years if a competent contractor does their job effectively and you, the property owner, do your part in maintaining it.

Worker stamped the asphalt for driveways.

How you can care for your asphalt stamping driveway

It is not just enough to install your imprinted asphalt driveway. Proper care should be given to it so the driveway can last for the expected number of years. If you fail to take care of your stamped driveway, it will begin to wear out within a short time, which can call for costly repair work. Below are a few tips on how you can adequately care for your stamped driveway:

  • Routine cleaning: Occasionally clean your stamped asphalt by sweeping and washing the surface to prevent buildup of dirt using a garden hose, push broom, and a mild detergent. 
  • Applying protective sealer: You can also apply a protective sealer to block chemicals, grease, dirt, oil, and other substances from penetrating your stamped asphalt driveway. The sealer also makes it easier to have the stamped asphalt cleaned, and it prevents color fading caused by UV exposure. For the best result, you can reseal your stamped asphalt every 2-3 years, based on your weather conditions. 
  • Do not use deicing salts on outdoor surfaces, especially during the winter months after installing the driveway. This is because sealers for decorative asphalt usually fail in portions where deicing salts are applied or collect drip-off from parked vehicles. 
  • Do not allow automobile traffic on your stamped driveway for at least three days after installation.
  • Always ensure to limit heavy-duty truck from accessing your driveway
  • Avoid heavy parking trucks for a long time
  • Avoid the use of antifreeze, gasoline, oil, or transmission fluids on asphalt

What is the process of asphalt stamping?

Stamping asphalt can be performed on both fresh and old asphalt. In both cases, the procedure is essentially the same. The newly built pavement is first heated to the point that it can be molded. Then, a template with the desired pattern is forced against the asphalt surface and removed quickly. This final step is replicated multiple times until the pattern is imprinted successfully. 

Sealcoating is added after the asphalt has retained its desired shape to achieve the desired texture and color as well as to protect the fresh asphalt from the damage that may be caused by sun and weather. Stamped asphalt driveway, when properly built, can be a modernizing addition to a variety of properties and landscapes.

Can I still imprint and texture my existing asphalt driveway?

The answer is yes, as long as your current asphalt driveway is in good shape. Even if your driveway needs fixes first, imprinting old asphalt and partial patches produce a nearly seamless cover for deteriorating asphalt. Then, after priming and prepping the current asphalt, a polymer-infused cement mix can be applied to give your existing and aged driveway a fresh new look.

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Acquiring a stamped asphalt for your residential or commercial driveway can be pretty beneficial due to its beauty and strength. Stamped asphalt has the same aesthetic appeal as hand-laid materials like bricks, slate, and stone, but at a lower cost. Considering how important it is to save money when it comes to improving your home, It can be advantageous if you opt for stamped asphalt.