Post RFQ
This product features a raised anti-slip nosing design at the front of the tread, which significantly improves the anti-slip performance, with an anti-slip coefficient of ≥0.8, effectively preventing slips and falls when stepping up and down stairs. The integrated molded structure ensures high structural strength, with a single-piece load capacity of over 1500kg, meeting the load requirements of industrial staircases. The isophthalic material has excellent weather resistance and corrosion resistance, suitable for outdoor and harsh industrial environments. Compared with metal stair treads, it has light weight, which reduces the load on the stair structure, and does not produce impact noise when stepping, improving the comfort of the working environment. Additionally, it has good insulation performance, avoiding electric shock accidents in electrical equipment adjacent to stairs.

The standard tread sizes are 1000*300mm and 1200*350mm, with a panel thickness of 40mm or 45mm. The front nosing has a height of 10mm to provide additional anti-slip support. Each tread is pre-drilled with 12mm installation holes for convenient fixation with expansion bolts or screws. The surface is treated with an embossed anti-slip pattern, and the nosing is specially designed to enhance friction and improve walking safety. The material is made of high-strength E-glass fiber yarn and isophthalic unsaturated polyester resin, ensuring high durability and long service life in long-term use scenarios.

This stair tread fiberglass grating is widely used in industrial workshop stairs, power plant maintenance stairs, offshore platform stairs, water treatment plant stairs and other stair scenarios. It is suitable for places with high requirements for anti-slip performance, fire safety and insulation, providing a safe and reliable walking platform for personnel going up and down stairs. It can also be used in community building stairs, park landscape stairs and other public stair scenarios to improve the safety and comfort of pedestrian passage.