MQ Valve Insulation Cover Thermal Insulation Blanket are designed to help reducing heat transfer and saving energy for equipment. They are available for Ball valve, Gate valve, Butterfly valve, Globe valve, Check Valves, Regulating valve, Relief valve, Magnetic valve etc. Working temperature: -60℃ to 1200℃.
MQ Braided Carbon Fiber Sleeve is made by high quality carton fiber, which possesses excellent mechanical property and heat resistance. Working temperature: 1472℉ (800℃) ~ 5432℉ (3000℃).
MQ Carbon Fiber Fabric is a new type of fiber material with high strength and high modulus. Typically used in aerospace line. Working temperature up to 2500℃.
MQ Heat Resistant Basalt Fiber Sleeve is made by high quality basalt fiber yarns, which provides excellent thermal protection for the exhaust piping of engines and generators of vehicles, vessels and construction and mining equipment. Working temperature 1300°F (700℃).
Pipe Blanket Thermal Insulation Blanket are designed to help reducing heat transfer and saving energy for equipment, protecting personnel against burns and improving workplace safety. Working temperature: -76°F (60℃) to 2200°F (1200℃).
MQ Industrial Grade Fire Sleeve is typically used as a heavy-duty jacket to protect various of hoses, wires and cables from the hazards of high heat and occasional flame.
MQ Exhaust Pipe Knitted Basalt Fiber Sleeve is constructed by high quality basalt fiber yarns. Outstanding thermal protection for engine and generator exhaust pipes for automobiles. Working temperature 1300°F (700℃).
MQ Silicone Rubber Coated Fiberglass Fabric is made from a glass fiber base fabric, coated/impregnated with silicone rubber (One side or Both side). Widely used in Aerospace industry, industrial protection and aluminum industry. Working temperature 540°C.
MQ AS1072 Fire Sleeve is made of high texturized fiberglass yarns and the thickest silicone rubber coating, which possesses the best thermal insulation and fireproof performance. Mainly used to protect aerospace hoses, wires and cables from the extreme heat.
