Fiberglass (FRP) Translucent Roof Panels & Siding

Fiber Reinforced Polymer (FRP) is a composite material technology that is strong, lightweight, corrosion-resistant and maintenance-free. The material consists of fiber reinforcements surrounded by polymer resins. The fiber reinforcements provide the strength and stiffness to the composite material. The polymer supports the fibers so they can do their job, and protects the fibers from chemicals and UV radiation.

• Lightweight—FRP materials are 25% the density of steel. FRP decking is 10% to 20% the weight of reinforced concrete decking, which translates to easy transportation and rapid install.
• Corrosion-resistant—FRP will not degrade because of factors such as snow, ice, salt, or chemicals. Maintenance free—FRP products have a service life of roughly 75 years, during which they require no maintenance. In contrast, reinforced concrete surfaces generally begin to degrade after 15 to 20 years, potentially sooner exposed to heavy chemicals or weather.
• Cost-effective—Due to long service life and zero maintenance costs, FRP products end up costing less than traditional materials.
• Design Flexibility – FRP is an engineered material so the structural properties can be optimized to align with the highest loads.

The fiber reinforcements provide the strength and stiffness to the composite material. Fiberglass is the most common reinforcement since it has high strength and good stiffness at a reasonable cost. When higher stiffness is needed for the best weight savings, carbon fiber is used even though it costs more.

There are many processes for manufacturing FRP parts. Deciding the right process takes many factors into consideration: size, shape, quantity, production rate, type of fiber and resin, cosmetics, tolerances and cost. Processes include Pultrusion, Vacuum Infusion, Filament Winding and Hand Layup.

Applying an FRP liner contributes to the longevity and safety of steel tanks or FRP, water tanks, storage tanks and cooling towers and are not impacted by structural imperfections. The material is lighter weight than metal and concrete but with a very high strength-to-weight ratio, speeding field installation and increasing safety, especially during emergencies. The material is also inherently corrosion-resistant and resists UV degradation.

FRP materials are weatherproof, non-corrosive and impact- and fire-resistant, which makes it ideal for harsh industrial conditions. FRP can help ensure durability, safety and optimal performance.

Enduro Field Services uses the highest-quality application processes to ensure the highest-quality FRP repairs. First, the application surface is prepared by removing any organic contaminants so that a primer can be applied. The resin is then applied with layers of glass mat and other structural materials. Once the curing process is completed, a final resin coat can be applied. All applications are performed per the customer’s or manufacturer’s specifications with a final inspection to make sure the equipment is ready for use.