WB HRZS® is the previously NASA-patented coating technology IC 531. Polyset is the original, commercial manufacturer of this product. It is a 100% WaterBorne, High Ratio Zinc Silicate. WB HRZS® chemically bonds to steel to provide excellent corrosion protection (both galvanic and cathodic), has high heat and abrasion resistance, is completely self-curing and 0 VOC. WB HRZS® provides unparalleled protection for steel in the harshest marine and offshore environments. It can be used as a Single Coat System, Primer or a Pre-Construction Primer and top-coated with a variety of different options.
Hydroelectric: Due to the superior anti-fouling properties of WB HRZS®, it can be successfully used in steel immersion applications in saltwater, freshwater or brackish water environments. Hydroelectric floodgates, turbines, penstocks, trash racks and other steel structures are ideal applications for WB HRZS®, either as a Single Coat System or a Primer.
Case Study: Twin Falls Hydro Generation Facility
Oil and Gas: WB HRZS® allows for the easy mixing of two components (zinc and silicate binder), conventional spray-gun application and fast dry time (no post-curing required). As a result, this leads to easy maintenance and minimal downtime of equipment in high production, on or offshore field environments. Structures may be placed back in service in as little as two hours after application. The abrasive-resistant finish of WB HRZS® will protect steel structures from harsh offshore environments, as well as tremors from everyday stress.
Wind: Polyset’s WB HRZS® Primer (3-4 mils DFT) + Ply Guard AS (6-8 mils DFT) two-coat system is designed to withstand highly corrosive environments for both inland and offshore wind tower locations as specified per ISO 12944-2 C5-M. WB HRZS® Primer is dry within 30 minutes after application (@77°F) and can be top-coated with Ply-Guard AS after only two hours of initial cure. This rapid-deployment, high gloss system also has excellent abrasion and chemical resistance. Finally, its elongation properties are second to none, which is an extremely critical feature for wind towers, particularly at the hub section that is constantly pulsing and flexing.
|Product||Number of Components||Features|
|Flyer - Energy||Energy Coatings Flyer|
|Ply-Guard FCE||2K||Fast-Curing Epoxy; High-Solids, High-Build|
|Ply-Guard ME||2K||Mastic Epoxy Formulation; Chemical-Resistant|
|Ply-Guard MEA||2K||Mastic Epoxy Aluminum Formulation; High Solids, High Build|
|Ply-Guard NS||2K||Non-Skid Epoxy; Chemical-Resistant|
|Ply-Guard PSC8||2K||Polysiloxane; Combines Technologically Advanced Siloxane Resins and Special Ultraviolet Inhibitors|
|Ply-Guard WBAC||1K||Water Reducible Acrylic Finish Coating|
|WB HRZS® Primer||2K||100% WaterBorne High Ratio Zinc Silicate Coating Engineered Specifically as a Primer|
|WB HRZS® Single Coat System||2K||WaterBorne High Ratio Zinc Silicate, Specifically Designed as a Single Coat System|
|Ply-Guard AS||2K||Polyaspartic (Aliphatic Polyurea) Coating System|
|Ply-Guard UR (Fast Set)||2K||Polyurea Hardcoat: Fast-Set, 100% Solids, 0 VOC|
|Ply-Guard UR||2K||Polyurea Hardcoat: 100% Solids, 0 VOC|
|Ply-Guard AS Ultra Flex||2K||Aliphatic Polyaspartic Polyurea Coating with Superior Flexibility; High-Gloss, Fast-Curing|
With a little more than a year at Polyset, Lyndsey has demonstrated a strong commitment to health and safety.
Join us in San Diego at 13 World Filtration Congress (WFC13) October 5-9, 2022!
A log hauler in Michigan’s Upper Peninsula was determined to find a protective coating system that would withstand the seasonal environment while protecting his investments.
Proper surface preparation is essential for establishing the required conditions for the coating to create and maintain a strong, resilient bond to the surface, as well as for maximizing the coating’s life-cycle.