Pipe Insulation Jacket

I. Product Introduction:Fiberglass valve insulation shells are energy-saving and emission-reducing products, used for various pipeline valves in thermal power, heating, and central air conditioning systems, enhancing the insulating (cooling) effect and extending the service life of the valves. This product boasts anti-corrosion properties, lightweight, long service life, and a neat and attractive appearance. The insulation cover (shell) is easy to install, convenient for maintenance, and suitable for construction. Various insulating materials can be filled inside the cover (shell), preventing the phenomenon of filling materials being blown away after the insulation outer skin ages. Installing the insulation cover (shell) reduces heat (cooling) loss and improves the urban environment, contributing to social harmony and residents' well-being.Section II: Product StructureFiberglass Insulated Valve Cover — Made of flame-retardant fiberglass; Insulation Material — Rock wool, glass fiber, and aluminum silicate, also available in composite insulation (as per customer's requirement); Protective Layer Features: Excellent insulation performance, no heat leakage, easy to dismantle, no material loss, long lifespan, sturdy and durable, cost-effective in operation and maintenance; Fresh and aesthetic appearance, smooth surface.Section 3: Product Features:Outer Temperature: Environment temperature +25℃ ±15%; Internal Temperature: The protective jacket of the insulation layer can withstand high temperatures up to 600℃; Corrosion Resistance: The shell is made of fiberglass, offering certain corrosion resistance and aging resistance; Rigidity: The shell has a certain degree of rigidity, strength, and elasticity, facilitating on-site operations. In summary, this valve insulation jacket shell is robust, rigid, elastic, with the internal insulation layer jacket capable of withstanding high temperatures and aging resistance, making it convenient for on-site maintenance personnel. It achieves both insulation and heat preservation effects, as well as cost savings in operation and maintenance.