Polyurethane NonSlip Floor Coatings

When stain, abrasion resistance and high gloss are critical, Non Slip Concrete Floor Coatings are your best choice for a world class system.

Prime Polymers’ nonslip floor coatings feature:

• Unsurpassed stain/chemical resistance
• Excellent abrasion resistance
• High gloss to satin finish
• Excellent gloss retention
• Quick turnaround time
• Variety of colors option or select your own custom color
• UV light resistance

Prime Polymers’ premium installed urethane nonslip floor coatings offer excellent high gloss, stain resistance and abrasion resistance.  The urethanes consist of two-components, allowing for curing independently Urethanes of relative humidity for a high-gloss finish.

Nonslip concrete floor coatings generally recommended for areas exposed to chemicals including:

• Aerospace Industries
• Hangars
• Automotive Facilities
• Auto Service
• Chemical Plants
• Clean Rooms
• Furniture Plants
• Meat Packers
• Printing Plants
• Dock Areas (excellent wear non slip floor coatings)
• Trenches
• Military Facilities

Prime Polymers also installs high-wear, aromatic, polyurethane nonslip floor coatings that have a satin appearance and a slight nonskid finish.  It can be installed over existing coatings that are well bonded and properly prepared and provides 50% greater wear resistance than conventional Non slip concrete floor coating-urethane. 
 

Fast Facts about Non Slip Concrete floor Coatings

• Prime Polymers installs the only brand approved non slip concrete floor coatings.  Our non slip concrete floor coatings have been brand approved by the US Government for nearly 20 consecutive years.
• As a general rule, nonslip floor coatings exposed to wet or oily conditions need a slip-resistant treatment.
• The end user may oppose the idea of nonslip floor coatings fearing the surface will become difficult to clean. Engineering for non slip concrete floor coatingsinvolve selecting the right size and shape particle to be embedded in the coating film.  When nonslip floor coatings are treated properly and properly engineered, the surfaces “clean–ability” will not be reduced.