What Are The Characteristics Of FRP Ladder Guardrails?

FRP guardrail has most of the characteristics of guardrail, but there are also significant differences. FRP guardrail is light in weight and easy to install without welding. FRP guardrail has strong corrosion resistance and will not rust. Long-term use does not require maintenance to reduce costs. The FRP guardrail is bright and beautiful in color, and it does not need external decoration to form a scene on its own.

Performance characteristics:

1. Corrosion resistance, no rust: FRP guardrail has excellent corrosion resistance, can withstand various degrees of acid, alkali, organic solvents and salts and other gas and liquid media corrosion, ** rust, according to the actual use occasion For medium type and temperature requirements, there are o-phthalic, isophthalic, vinyl, etc. for selection.

2. Lightweight and high strength: FRP profiles formed by the pultrusion process have a high content of glass fiber (above 60%), which makes the one-way specific strength and specific rigidity quite outstanding. The density of FRP is only about one-fourth of that of steel. It is light and very easy to handle, thereby reducing the cost of transportation.

3. Anti-fatigue: FRP guardrail has high fatigue resistance, allowing repeated bending without serious deformation.

4. Bright color: The color of the FRP guardrail is added in the profile production process without painting. It has a good visual effect and has a certain warning effect.

5. Anti-aging: FRP guardrails are made of high-quality pultruded FRP profiles, and the product service life can reach more than 20 years. In addition, anti-ultraviolet agents are added to all pultruded FRP profiles to obtain better anti-ultraviolet effects.

6. Easy maintenance: The pultruded glass fiber reinforced plastic fence is made by mixing pigments into resin. The color of the product can be arbitrarily adjusted according to customer requirements. It is not easy to fade, does not require paint maintenance and has a self-cleaning effect.