Fiberglass Reinforced Plastic (FRP) Valve Insulation Shell

Fiberglass Reinforced Plastic (FRP) Valve Insulation HousingStructure: Shell—Fire-retardant fiberglass; Insulation—Rock wool, glass fiber, and aluminum silicate, also available in composite insulation (as per customer's requirement). Maintenance Layer Features: Excellent thermal insulation, no heat leakage, easy to disassemble, no loss of insulation material, long lifespan, sturdy and durable, saves operation and maintenance costs; Fresh, beautiful appearance with a smooth finish.
II. Product Features of Glass Reinforced Plastic (GRP) Insulated Valve Cover: Surface Temperature: Ambient Temperature; Internal Temperature: Insulation jacket maintains high temperature up to 600 degrees; Corrosion Resistance: Made of GRP, shell has certain corrosion resistance and anti-aging properties; Rigidity: Shell has certain rigidity and elasticity, convenient for on-site operations. In summary, thisFiberglass GRP Valve Insulation HousingExterior reinforcement for rigidity and elasticity, with an internal thermal insulation layer that maintains high-temperature resistance and aging resistance, facilitating on-site maintenance personnel operations. It serves dual functions of thermal insulation and heat preservation, thereby saving operation and maintenance costs. Applications: Widely used in the petrochemical, electric power, metallurgical, papermaking, and oil field industries, for the thermal insulation of valves, pipelines, straight pipes, elbows, and specific thickness measurement points. With the rapid development of petrochemical, electric power, oil, and chemical industries, energy conservation is increasingly receiving widespread attention. As most pipelines are insulated, specific thickness measurements require regular removal of the original insulation and restoration, necessitating the development of a new type of easy-to-install thermal insulation equipment. To meet the needs for insulation and thickness measurement of valves, pipelines, and elbows, our company has developed the next-generation glass fiber reinforced flexible thermal insulation sleeve.