Seal it. Save it. Conceal it.
Pavement CamoSeal Gets Thumbs Up from Caltrans and is put on the Authorized Material List for Asphalt Concrete Pavement Crack Treatment.
Superior Performance with Better Aesthetics
Pavement CamoSeal is a hot-applied joint and crack sealant that discreetly seals and preserves asphalt pavements. It is made with a unique blend of premium ingredients to create a long-lasting waterproofing material that forms a highly adhesive and flexible barrier that seals your roads from damaging moisture penetration. CamoSeal’s color is neutral to concrete pavements, making it more aesthetically appealing and eliminating lane drift effects of standard asphalt based concrete sealers.
“It’s unlike anything I’ve ever seen”
–Northern California City Supervisor
Built for Strength and Flexibility
- Composed of high quantity and quality SBS radial polymers to ensure an outstanding polymer network, CamoSeal bonds to asphalt without a primer.
- 1300% extension with 100% recovery
- CamoSeal retains its flexibility and has excellent recovery properties during repeated joint expansions and contraction over a wide temperature range.
Innovative Color and Appearance
Unlike the harsh appearance of traditional black crack sealants, CamoSeal blends seamlessly into the road. This reduces traffic “wandering” due to color contrast on pavements. It also reduces the public’s complaints about the negative eye appeal of traditional crack sealants. CamoSeal’s application is 2 inches wide, creating a thinner band on the pavement while using less material.
CamoSeal produces optimum sealant properties within 5 minutes after application, leading to a quicker release into traffic. It pours at 365°, a lower temperature than typical crack sealants.
Built for a Wide Range of Climates
CamoSeal was designed in Australia for extreme conditions and works from -18° F to 168° F without tackiness in the summertime and without cracking in the wintertime.
The flexibility of CamoSeal is achieved by the addition of rubber from recycled car tires which is utilized in place of non-renewable resources such as butadiene rubbers.
Stellar Skid Resistance