PU flooring (Polyurethane flooring) is a durable, versatile, and seamless resin-based surface solution engineered for high-traffic, high-stress environments. Created by applying multiple layers of polyurethane resin over concrete or other substrates, PU flooring delivers superior impact resistance, flexibility, and chemical protection, making it an ideal choice for industrial, commercial, and specialized residential settings.
Key Features of PU Flooring
Outstanding Durability: PU flooring absorbs heavy impacts, resists abrasion, and stands up to consistent foot, vehicle, and machine traffic, ensuring longevity and minimal repairs.
Chemical and Stain Resistance: The polyurethane surface resists acids, oils, and other chemicals, preventing stains and damage in factories, food-processing plants, and laboratories.
Elasticity and Comfort: Thanks to its flexible nature, PU flooring can expand and contract with temperature changes, reducing cracking and offering moderate cushioning underfoot—valuable in workspaces with prolonged standing.
Hygienic and Easy Maintenance: Its seamless finish blocks bacteria, dust, and moisture, resulting in a hygienic, easy-to-clean surface well-suited for healthcare, food, and pharmaceutical facilities.
Thermal, UV, and Moisture Tolerance: PU floors resist yellowing, warping, and delamination caused by high heat, moisture, or sunlight exposure, making them suitable for both indoor and outdoor installations.
Customizable Appearance: Available in a broad palette of colors and finishes, from matte to gloss, with options for patterns and decorative effects.
Typical Applications
Industrial floors in warehouses, manufacturing plants, workshops
Food processing and beverage industry (dairies, cold storage, kitchens)
Healthcare facilities (hospitals, pharmaceutical cleanrooms)
Parking garages, schools, sports surfaces, and even residential garages
PU flooring is the go-to choice for organizations needing robust, low-maintenance, and visually appealing surfaces that excel under pressure and in demanding environments.
