
Smith’s Hi-Wear 90S from What It Takes is a low-odor, high-solids aliphatic urethane topcoat for epoxy and resinous flooring systems, designed for heavy traffic, chemical resistance, and long-term floor protection.
Available in Garden Grove, CA
In-Store Pickup & Delivery Available
Smith’s Hi-Wear 90S is a professional-grade, low-odor, low-VOC aliphatic urethane topcoat designed for use over approved epoxy, urethane, polyaspartic, and other resinous concrete flooring systems. With its 90% solids formula, this high-performance floor coating is made for demanding commercial and industrial projects where durability, chemical resistance, and long-term wear protection are important.
Available as a clear three-component system or a pigmented four-component system, Smith’s Hi-Wear 90S gives flooring installers flexibility for a wide range of applications. It is built to handle heavy traffic from forklifts, pallet jacks, equipment, and daily industrial use, while also providing resistance against oils, solvents, hydraulic fluids, cutting fluids, caustics, alcohols, and other harsh chemicals.
This urethane topcoat produces a low-sheen finish with a subtle texture that helps reduce the appearance of traffic patterns, scuffs, and visible wear over time. Its strong abrasion resistance and stain resistance make it a reliable choice for warehouses, shops, manufacturing facilities, commercial floors, and other high-use concrete coating systems.
For contractors shopping at an epoxy store in Garden Grove, Smith’s Hi-Wear 90S is a dependable topcoat option when the project calls for a tough, long-lasting finish over a properly installed resinous flooring system.
Best used as a high-traffic urethane topcoat for warehouses, loading docks, aisleways, manufacturing floors, aircraft hangars, automotive service areas, food and beverage facilities, pharmaceutical floors, healthcare facilities, veterinary clinics, forklift traffic areas, pallet jack areas, and heavy industrial resinous flooring systems.
Available in clear (3-component) or pigmented (4-component) systems