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Glass Fiber Needle Mat, also known as E-Glass Needlemat or Glass Needlemat, is a non-woven thermal insulation material made from E-glass fibers. These fibers are mechanically bonded through a needle-punching process, creating a lightweight, highly porous, and flexible mat with excellent thermal insulation and acoustic absorption properties. Available in various densities and thicknesses, this vers...
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Woven Silica Fabric, also known as High Silica Fabric or simply Silica Fabric, is a high-performance heat-resistant textile made from ≥96% pure silica fibers. It is engineered to withstand extreme temperatures and harsh environments, making it an essential material in industries requiring advanced thermal protection. Key Properties & Performance Extreme Heat Resistance – Withstands continuous ...
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Exhaust insulation sleeves are essential for thermal management in automotive, industrial, and marine applications. They help minimize heat loss, protect surrounding components, and enhance system efficiency. These sleeves are made from high-performance materials such as fiberglass, silica, and basalt, each offering unique advantages for different operating conditions. 1. Fiberglass Exhaust Insula...
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A fire sleeve is a protective covering designed to provide flame resistance to hydraulic hoses. It is typically made of a woven fiberglass or similar material coated with a high-temperature resistant silicone or other fire-resistant compounds. The fire sleeve is slipped over the hydraulic hose to provide an additional layer of protection against heat, flames, and molten metal splash. Fire sleeves ...
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Professional Hot Air Ducting Solutions for Parking Heaters & Diesel Heaters Precision-Crafted for Optimal Thermal Efficiency Our high-performance hot air ducting systems are engineered to deliver reliable heat distribution in demanding applications, including parking heaters, diesel heaters, and auxiliary heating systems. With an inner diameter range of 8–150 mm, these ducts accommodate d...
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1. Silica Needle Mat Material Base: Pure amorphous silica fibers (≥96% SiO₂ content), processed into a dense, needled structure. Thermal Performance: Continuous Use: 1000°C (1832°F), with short-term tolerance up to 1260°C (2300°F). Minimal linear shrinkage (<2%) at 1000°C, ensuring long-term dimensional stability. Key Advantages: Chemically inert: Resistant to acids, alkalis...
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