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Infrared Asphalt Repair: How It Works

Infrared asphalt repair heats damaged pavement in place until it is workable again, blends in fresh hot mix, and compacts everything into one seamless surface — no saw cuts, no cold joints, and traffic back on it within the hour. Here is exactly how the process works, which repairs it is perfect for, and when your pavement actually needs something more structural.

Walk any Metro Atlanta parking lot more than a few years old and you will find the usual suspects: a pothole forming near the storm drain, a rough utility patch that never quite matched, a low spot that ponds after every summer downpour. The traditional fix is to saw-cut the damaged section, haul it out, and fill the hole with new asphalt. It works, but it leaves seams — and it takes time, equipment, and closed-off parking.

Infrared asphalt repair takes a different approach. Instead of cutting the damage out, it heats the existing pavement in place until it is soft and workable again, blends in fresh hot-mix asphalt, and compacts everything into a single seamless surface. For property managers, HOAs, and retail owners who need repairs done fast with minimal disruption, it is one of the most useful tools in the industry. Here is exactly how it works, where it fits, and where it does not.

What infrared repair actually is

Asphalt is a mix of stone aggregate held together by asphalt binder, and that binder is thermoplastic — it softens when heated and hardens again as it cools. Infrared repair equipment uses large infrared heating panels to warm a damaged area, typically to around 300 degrees Fahrenheit and two to three inches deep, without scorching or burning the surface the way an open flame would.

Once the asphalt is hot, it behaves almost like the day it was first laid. The crew can rake it, remove failed material, reshape it, and blend in new hot mix. When the repair is compacted, the heated edges of the old pavement fuse with the new material. There is no cut line and no cold joint — just one continuous surface.

The process, step by step

A typical infrared repair follows the same sequence every time:

  1. Clean and dry the area. Debris, standing water, and loose material are cleared so the heat penetrates evenly.
  2. Heat the pavement. The infrared panel sits over the damaged spot, usually for 5 to 10 minutes depending on the season and the thickness of the asphalt.
  3. Scarify and remove failures. The softened surface is raked open, and any badly deteriorated or contaminated material comes out.
  4. Add rejuvenator. Years of Georgia sun oxidize the binder and dry it out. A rejuvenating agent restores flexibility to the old asphalt before new material goes in.
  5. Blend in fresh hot mix. New asphalt is added, raked level with the surrounding pavement, and graded to drain properly.
  6. Compact. A roller or plate compactor fuses old and new into one monolithic repair.

Most individual repairs take under an hour, and the area can usually accept traffic within 30 to 60 minutes of compaction, once it cools. That speed matters: a retail entrance or a drive-thru lane can be fixed and reopened the same morning instead of being coned off for a day.

Why the seamless bond matters

The weak point of any conventional saw-cut patch is the joint. A cold seam between old and new asphalt is where water gets in first — and in Georgia, water is the enemy. Rain works into the seam, softens the base below, and a few winter freeze-thaw nights pry it open. That is why so many square patches fail around their own edges within a few years.

An infrared repair has no seam. Because the edges of the existing pavement are heated and fused with the new material, water has no joint to attack. Done correctly, the repaired area performs like the surrounding pavement rather than like a plug sitting in it.

Where infrared repair shines

Infrared is the right call for surface-level defects in the top two to three inches of asphalt:

  • Potholes and raveled spots caught before the base underneath fails — a natural companion to our pothole repair and patching service
  • Low spots and birdbaths that pond water after rain
  • Rough utility cuts and old patches that never matched the surrounding lot
  • Failed seams where two paving passes meet
  • Heaved or scuffed areas around speed bumps, dumpster pads, and drive lanes
  • Catch basin and manhole transitions that have settled slightly

For a busy commercial parking lot, the appeal is simple: small footprint, one truck, fast turnaround, and no ugly patchwork of rectangles.

Where it does not work

Infrared repairs the surface, not the structure. It is the wrong tool when the problem goes deeper:

  • Base failure. Widespread alligator cracking that flexes underfoot means the foundation has failed. Reheating the surface will not fix it — that calls for full-depth patching or a mill and overlay.
  • Heavily oil-saturated asphalt. Material soaked with motor oil or fuel has a broken-down binder and must be removed, not reheated.
  • Linear cracking. Long working cracks are better served by crack filling and sealing than spot heating.
  • Drainage problems. If water is undermining the base, the repair will not hold until the drainage is corrected.

An honest contractor will tell you which category your damage falls into before quoting anything. After 15+ years and 500+ projects across Metro Atlanta, we have seen plenty of infrared repairs oversold onto pavement that needed structural work — and they fail fast.

What it costs

Pricing depends on the number of repairs, their size, and access, so treat any figure as a range. As broad industry guidance, individual infrared repairs often land in the low hundreds of dollars per spot once a crew is mobilized, and bundling several repairs into one visit brings the per-repair cost down significantly. Compared with saw-cut remove-and-replace of the same area, infrared typically costs less because there is no cutting, hauling, or disposal — and far less new material is needed.

Where it fits in a maintenance plan

Infrared repair is a maintenance tool, not a cure-all. It works best inside a broader program: fix surface defects while they are small, keep cracks sealed, and protect the surface with sealcoating on a sensible cycle. That is exactly how our asphalt maintenance programs are built — catch the two-hundred-dollar problem before it becomes the twenty-thousand-dollar one.

Biran Paving Group is a licensed and insured, 5.0-star rated paving contractor based in Dunwoody, serving commercial and residential clients across Metro Atlanta. If your lot has potholes, rough patches, or ponding spots and you want a straight answer on whether infrared repair fits, call (678) 332-8941 or email biranpaving@gmail.com for a free assessment.

Frequently asked questions

Most individual infrared repairs take under an hour from setup to compaction: roughly 5 to 10 minutes of heating, then raking, adding fresh hot mix, and rolling. Because the repair only needs to cool, traffic can usually return within 30 to 60 minutes. That makes infrared especially practical for retail entrances, drive-thru lanes, and HOA streets where closing an area for a full day is not an option.
When it is used on the right kind of damage, yes — an infrared repair fuses new and old asphalt into one seamless surface with no cold joint for water to attack, so it should perform like the surrounding pavement. The key qualifier is the base. If the foundation under the asphalt has failed, no surface repair is permanent, infrared included. A reputable contractor will check whether the damage is surface-level before recommending infrared over full-depth patching.
Yes, and that is one of its advantages. Because the equipment heats the existing pavement in place, infrared repairs can be performed in cooler temperatures than conventional patching, which depends on hot mix staying workable from the plant to the site. Crews may extend heating times on cold days, and heavy rain or standing water still has to be cleared first, but Metro Atlanta winters rarely shut infrared work down.

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