Polyurethane Military Grade Topcoat

$299.00

Size

1 ½ Gal

3 Gal

15 Gal

Color

Qty

Product Description

The Polyurethane Military Grade Topcoat is a single layer 2 component flexible aliphatic polyurethane floor sealer that boosts excellent chemical and abrasion resistance. It works great against weather and is UV stabilized. It features a super resistant nonslip smooth finish that makes it extremely easy to clean using a mop or wet-vac.

This product has a 2:1 mix ratio by volume. Simply mix two gallons of part A with 1 gallon of part B and add the antislip aggregate to the mixture. Please make sure to mix thoroughly and only mix as much as you need so as not to waste. You will be able to coat appx 350 sq/ft per gallon at 5 mils thick.

This product can be used as a topcoat with most other Epoxy Central base and primer coatings and will add an extra protected non slip layer to your floor to help withstand the wear and tear it receives. You can choose to add decorative flecks to your flooring system. Simply add decorative flecks into the epoxy or primer before applying this coating to add texture, hide imperfections and give your floor that wow factor! Choose from hundreds of color variations

If you would like to add more texture to your floor coating please make sure to buy the armor-grip which is a nonskid additive that gets mixed into this topcoat. Simply pour 1 Package per Gallon and mix throughly into your topcoat mixture. Make sure to mix every couple of minutes as the non-skid will fall to the bottom of the mixture.

*Please note that VOC laws have recently changed. If you are located in one of these states please select the Low VOC version which is the same product but VOC compliant by EPA standards. CA, CT, DE, IL, IN, MD, MA, ME, NJ, NY, OH, PA, RI, VA, KY and all of Canada. If you do not select the Low VOC version and are located in one of the above states we will manually fill your order with the Low VOC version and adjust the price accordingly when processed.

**Colors or gloss may be affected by high/low temperature, extreme chemical and lighting exposure.