Products

WB HRZS® Single Coat System is a state-of-the-art, 100% WaterBorne High Ratio Zinc Silicate designed to protect steel structures. Originally developed by NASA to protect launch gantries from highly corrosive coastal ocean environments, WB HRZS® Single Coat System has been utilized successfully on many steel structures in Marine, Hydro, Military, and many other industries where high performance products are required.

Ply-Guard AS (0 VOC) is a fast-curing, two-component polyaspartic (aliphatic polyurea) coating system. Ply-Guard AS (0 VOC) exhibits superior color and gloss retention, excellent abrasion resistance, good flexibility, and can be applied directly to properly prepared concrete or metal surfaces. In addition, Ply-Guard AS (0 VOC) has very good corrosion, chemical, and UV resistance, and can achieve a uniform coating thickness of 2-8 mils DFT per coat that is free of bubbles and pinholes.

Ply-Guard ME is a two-component, chemical resistant Mastic Epoxy coating system designed to perform exceptionally well in a broad range of severe environments, including in the presence of strong acids/alkalis and organic solvents. It can be used as a primer and should be used wherever chemical and abrasion resistance and outstanding adhesion are essential. Ply-Guard ME is designed for use on properly prepared concrete and metal surfaces in refineries, offshore platforms, chemical plants, food and beverage plants, and pulp and paper mills.

Ply-Guard AS (Ultra Flex) is a new-generation, high-gloss, fast curing, two-component aliphatic polyaspartic polyurea topcoat that provides superior flexibility in addition to superior color and gloss retention.

WB HRZS® Primer is a state-of-the art, 100% WaterBorne High Ratio Zinc Silicate engineered specifically as a primer on steel surfaces for use with all major Polyset high performance topcoat products. WB HRZS® Primer is built upon NASAs original formulation. When applied at the recommended dry film thickness of 3.0 - 4.0 mil (51– 76 μm), WB HRZS® Primer provides a chemically bonded surface ready for top coating in as little as 2 hours under normal conditions.

Ply-Guard FCE 224 is a fast-curing, high-solids, high-build Epoxy that can be applied to properly prepared steel and concrete surfaces. Ply-Guard FCE 224 is an ideal product for maintenance/repair applications where quick turnaround and return to service is required. Ply-Guard FCE 224 is also well-suited to new product applications where its fast curing properties can lead to increased throughput and production efficiencies.

Ply-Guard AS is a fast-curing, two-component polyaspartic (aliphatic polyurea) coating system. Ply-Guard AS exhibits superior color and gloss retention, excellent abrasion resistance, good flexibility, and can be applied directly to properly prepared concrete or metal surfaces. In addition, Ply-Guard AS has very good corrosion, chemical, and UV resistance, and can achieve a uniform coating thickness of 2-8 mils DFT per coat that is free of bubbles and pinholes.

Ply-Guard NS is a two-component, chemical resistant, non-skid epoxy coating system designed to perform exceptionally well in a broad range of severe environments, including in the presence of strong acids/alkalis and organic solvents. It should be used wherever non-skid properties, chemical and abrasion resistance, corrosive environment resistance & outstanding adhesion are essential. Ply-Guard NS is designed for use on properly prepared concrete and metal surfaces in refineries, offshore platforms, chemical plants, food & beverage plants, and pulp and paper mills.

Ply-Guard PSC8 is a newly engineered two-component Polysiloxane coating technology offering the combination of technologically advanced siloxane resins and special ultraviolet inhibitors resulting in an industrial finish coat providing exceptional long term durability. Ply-Guard PSC8 provides extremely long-term performance and a wide range of uses such as exterior coatings for bridges, marine vessels, offshore structures, railcars, tanks, pulp and paper mills, chemical plants, refineries, and other steel structures exposed to the most corrosive environments.