Asphalt takes a real hit during the colder months.
When the temperature drops, pavement becomes more brittle, and small problems can grow fast. Cracks widen, potholes deepen, and entry points see faster wear from snowplows or salt.
Waiting until spring to fix these issues might seem reasonable, but not every surface can handle the delay. That is where infrared asphalt repair starts to make sense.
This method works differently than traditional fixes. It does not rely on hauling in hot mix from far away or waiting for sunny skies to warm things up.
Instead, it uses heat to bring the roadbed up to the right temperature, even in the middle of winter.
This keeps problems like ice heave, moisture infiltration, and recurring potholes from getting worse before spring.
Even the most well-built pavement is affected by winter’s freeze-thaw cycles. Salt, plowing, and changing weather patterns find small problems and make them worse.
If not handled early, these issues can turn into expensive repairs or safety hazards once the snow melts. Infrared asphalt repair provides a practical way to respond in real time.
Why Standard Asphalt Repairs Struggle in Winter
Most asphalt patching methods count on warm air to set up properly.
When the weather dips below freezing, those materials just do not perform the same way. What feels solid today may not last through the next hard freeze or thaw.
1. Warm mix asphalt is tough to use in January because outdoor temperatures cause it to cool too quickly
2. Cold air can prevent full bonding, leaving weak seams that lead to peeling and cracking
3. Surface repairs that seem fine on day one may fail when they go through another freeze-thaw cycle
In the end, patching cold pavement with warm material often leads to short-term fixes that do not last.
They may look smooth now, but water can sneak under loose seams and make things worse.
Many people think waiting until the weather warms up is the only option for meaningful repairs, but this sometimes means small cracks grow into major potholes or create hazards for drivers.
Plus, unpredictable late winter storms can undo any work completed with less permanent cold patch products.
How Infrared Repair Holds Up in Cold Conditions
Infrared asphalt repair takes a completely different approach. It does not rely on delivering a hot mix from miles away, and it does not fight against bitter air temps quite the same way.
Instead, it heats the existing surface to the required temperature right on the spot.
• The process uses infrared heat to warm the current pavement until it softens
• That softened area gets raked and blended with a small amount of new asphalt
• Since it is done on-site, there is no heat loss during transport and no temperature mismatch
This method works with the materials that are already in place, which keeps it more reliable during winter.
Because we are not trying to bond cold pavement to brand-new hot mix, we can avoid weak joints or cracks opening up right after installation.
It is also less dependent on the outside air temperature because the process happens at ground level under the infrared heater.
That makes it a great fit for Michigan, where winter temperatures can change quickly without warning.
By rehabbing only the damaged sections and creating a seamless edge, infrared repair helps prevent water and ice from slipping between new and old materials.
Another benefit of infrared asphalt repair is its quick turnaround.
Compared to other methods that may require extended closures or slow cure times, infrared repairs cool quickly and can be reopened to traffic with much less disruption.
This makes it possible to keep important lanes open and avoid lengthy downtime for busy businesses or high-traffic driveways.
Common Winter Problems Infrared Repair Can Fix
We tend to see the worst pavement issues pop up after a deep freeze or quick thaw. Potholes form fast, and plow damage is easy to spot near driveways or entry lanes.
Cold patches and surface fills do not always hold through the next storm. That is when infrared can offer something stronger.
• It repairs potholes by fully reheating and fusing the damaged area
• It works well on surface cracks, even those that widen as temperatures change
• It helps fix frost heave spots where water pressure from below pushes pavement up
The heated repair blends smoothly with surrounding surfaces, creating a cleaner edge without gaps. Even in below-freezing air, it sticks better than cold patch and holds its shape through the winter.
Small cracks become big issues as water freezes and expands, prying the pavement apart from the inside. Infrared technology allows us to address these problems as they appear, rather than simply waiting until spring and risking greater damage.
By working at the surface level, we give the repair a better chance to resist future freeze-thaw cycles and keep moisture from finding weak points.
Not every method can fully address all the issues that show up during winter.
Plow scrapes and de-icing chemicals often make standard cold-patch fail, but infrared repairs can deal with these troubles because the treated area bonds tightly to what is already there.
When and Where It Works Best in Michigan
By late January, the temperature is firmly in winter mode. It may still snow, but many of the season’s roughest days have already done their damage. That makes this a good time to take a step back and figure out where quick repairs can make the biggest difference.
• Infrared works best when the surface is dry, even if the air is cold
• High-traffic areas like retail parking lots and entry points benefit the most
• Areas that cannot wait until spring need targeted attention now to stay safe and functional
At B & E Coating Services, we have years of experience performing infrared asphalt repairs across Michigan, making use of specialized equipment that can handle large and small projects.
According to our service page, this technique is especially recommended for reactionary winter maintenance and emergency commercial pavement repairs.
Parking lots that see a lot of use during winter are some of the best candidates for infrared work. With heavy foot traffic, vehicle movement, and constant plowing, problems can get worse quickly if not properly handled.
Entry points and driveways that cannot be closed off for weeks at a time also benefit because infrared patches can be completed efficiently, reducing interruption.
Timing matters when deciding which repairs come first. While spring and summer remain the best windows for major paving projects, infrared gives us flexibility to fix urgent problems any time they show up.
Early attention now can help you avoid much bigger issues in the first weeks of spring, when melting snow can flood weak pavement.
Michigan’s changing weather means some surfaces may be wet or icy, but during occasional dry stretches, targeted infrared repair can be completed and provide long-lasting benefits.
Prioritizing high-traffic and high-risk areas helps keep businesses running even in tough conditions.
Making Winter Repairs That Last
Pavement damage does not stop just because winter is in full swing. Waiting for April may leave problem areas worse than when they started.
Traditional patches can buy time, but they do not always offer stable results.
Infrared asphalt repair gives us a powerful way to keep lots and driveways safer all season.
By heating existing material and blending in only the needed new asphalt, repairs form a seamless finish that stands up to cold temperatures and repeated use.
For properties that see heavy plow traffic, we recommend acting before spring thaw makes issues harder to control.
Even in the thick of winter, pavement damage keeps showing up and waiting until spring is not always a good option. For surfaces that need reliable work done now, we recommend using infrared asphalt repair to get ahead of deeper damage.
This method helps tie repairs into the surface cleanly and makes it easier to hold up through the rest of the season.
At B & E Coating Services, we are ready to fix the problems before they spread. Give us a call to get scheduled.
