Product Overview
Fast-Cure™ is a two-component, 97% solids high-build epoxy floor coating designed for industrial and commercial concrete floors that require rapid return to service. The coating provides a durable, impact-resistant surface while curing effectively in temperatures as low as 45°F, making it suitable for facilities where downtime must be minimized.
This high-build epoxy coating develops full chemical resistance within three days at room temperature and provides long-term protection against abrasion, impact, and routine industrial exposure. Fast-Cure™ can also be top-coated with an aliphatic urethane coating when additional UV stability and color retention are required.
Key Features and Benefits
- Rapid-Cure Epoxy System – Supports faster project completion and reduced facility downtime.
- Low-Temperature Application Capability – Cures in temperatures as low as 45°F for use in cooler environments and seasonal conditions.
- High-Build Floor Protection – Creates a thick, durable protective layer for concrete substrates.
- Impact Resistant Surface – Helps protect floors from dropped tools, equipment, pallet movement, and industrial traffic.
- Chemical Resistance – Achieves full chemical resistance within three days at room temperature.
- Color Stable Finish – Maintains appearance over time; compatible with aliphatic urethane topcoats for enhanced UV protection.
- Multi-Coat Application System – Designed for layered applications using standard coating installation methods.
- 97% Solids Formulation – Produces a dense, durable coating with minimal shrinkage during cure.
Typical Applications and Users
Fast-Cure™ is commonly used in facilities where floor coating projects must be completed quickly while maintaining long-term durability and chemical resistance.
Typical applications include:
- Manufacturing plants
- Processing facilities
- Warehouses and distribution centers
- Maintenance and service areas
- Utility and transit facilities
- Equipment staging and storage areas
- Industrial concrete floors exposed to impact and traffic
- Facilities operating in cooler temperature conditions
Common users include facility managers, plant engineers, maintenance departments, operations teams, concrete restoration professionals, and industrial flooring contractors.
Used by Facility Maintenance and In-House Teams
Many organizations use Fast-Cure™ as part of planned maintenance, floor rehabilitation, and asset protection programs. Its rapid cure characteristics help maintenance departments complete coating projects during shutdowns, scheduled outages, or limited service windows while reducing disruption to facility operations.
The coating is frequently selected for protecting concrete floors exposed to forklift traffic, material handling equipment, dropped tools, and routine chemical exposure. Supporting technical documentation provides application guidance for maintenance and operations personnel responsible for facility upkeep.
Used by Contractors and Professional Applicators
Fast-Cure™ is also used by industrial flooring contractors, concrete restoration specialists, and commercial maintenance providers performing floor coating and resurfacing projects.
Its high-build formulation, low-temperature curing capability, and rapid return-to-service characteristics make it suitable for projects where schedule constraints, operational continuity, and long-term floor protection are important requirements. Contractors can incorporate the system into new floor protection projects, facility upgrades, and concrete rehabilitation programs.
Product Summary
Fast-Cure™ is a two-component, 97% solids high-build epoxy floor coating engineered for industrial and commercial concrete floors requiring rapid installation, impact resistance, and chemical protection. Designed for use by both facility maintenance teams and professional contractors, it cures in temperatures as low as 45°F, develops full chemical resistance within three days, and provides durable protection for warehouses, manufacturing plants, processing facilities, maintenance areas, and other high-traffic industrial environments.
