FRP Pipes

Corrosion resistance – In FRP is achieved through the polymer matrix (epoxy vinyl ester and polyester), which offers protection against a wide range of corrosive chemicals and acids. Additionally, since Fiber Reinforced Plastic does not contain iron, it is immune to oxidation and rust.

Abrasion Resistance – A blend of polyester or epoxy vinyl ester resin with silicon carbide mash powder is highly effective for handling abrasive slurries. The resin offers corrosion resistance, while the silicon carbide addresses wear concerns. The amount of silicon carbide additive varies based on the service conditions and the substances flowing through the pipe. The percentage content of powder to weight of resin can reach up to 40%, however exceeding this limit may overly thicken and harden the resin, making application difficult. An abrasion-resistant layer can be applied to both newly fabricated equipment and existing systems.

Dimensional stability – In FRP comes from the fact that reinforced glass fibers have a relatively low Coefficient of Thermal Expansion (CTE), meaning they expand and contract very little with temperature fluctuations. This, combined with the resin, creates a rigid structure that maintains its shape, even when subjected to mechanical stress.

Static Charge Buildup Resistance – While FRP is naturally non-conductive, the flow of explosive gases can generate static electricity. To safely dissipate this charge, carbon veil can be incorporated into the resin as a first layer. Combined with conductive connections, this enables grounding between pipe sections, making it particularly valuable in industries like pharmaceuticals, where controlling static electricity is crucial for preventing sparks, explosions, and contamination.

Lightweight – The resins used in FRP fabrication have a much lower density compared to metals like steel. Despite its lightweight nature, FRP boasts high tensile and compressive strength. This makes it an ideal solution in applications where weight reduction is crucial for efficiency and performance.