FRP valve insulation cover for power plants and petrochemical industry

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FRP valve insulation covers can be used for thermal system valve insulation in thermal power plants, thermal networks, petrochemical, metallurgical, and chemical industries.

Product Features:

1. Surface temperature: Ambient temperature +25℃±15%;

2. Internal temperature: The protective sleeve of the insulation layer can withstand high temperatures up to 600℃;

3. Corrosion resistance: The shell is made of FRP, offering certain corrosion resistance and anti-aging properties;

4. Durability: The shell has rigidity, strength, and elasticity, facilitating on-site operations.

Product Structure:

1. Outer shell—Made of flame-retardant FRP;

2. Insulation layer—Rock wool, fiberglass, aluminum silicate, or composite insulation (as per customer requirements);

3. Protective layer features: Excellent thermal insulation, no heat leakage, easy disassembly, no loss of insulation material, long service life, sturdy and durable, reduced operation and maintenance costs, fresh and aesthetically pleasing appearance, smooth surface;

FRP insulation shell structure: Outer shell—Made of flame-retardant FRP; Insulation layer—Rock wool, fiberglass, aluminum silicate, or composite insulation (as per customer requirements).

Protective layer features: Excellent thermal insulation, no heat leakage, easy disassembly, no loss of insulation material, long service life, sturdy and durable, reduced operation and maintenance costs; fresh and aesthetically pleasing appearance, smooth surface.

FRP insulation shell product features: Surface temperature: Ambient temperature +25℃±15%;

Internal temperature: The protective sleeve of the insulation layer can withstand high temperatures up to 600℃;

FRP valve insulation covers offer excellent thermal insulation: At an outdoor temperature of 0℃, the surface temperature of the FRP insulation cover does not exceed 15℃, providing superior insulation performance. It can be used long-term within 80-1000℃ without deformation or cracking.