-
Vermiculite Coated Woven Fiberglass Tape is an advanced thermal insulation material designed to withstand extreme temperatures while providing superior protection for equipment and components in various industrial applications. Coated with vermiculite, a natural mineral that enhances heat resistance and durability, this tape offers exceptional performance in high-temperature environments, ensuring...
read more
-
Discover the unmatched versatility of Woven Silica Fabric, engineered to excel in extreme environments. With its exceptional thermal stability, abrasion resistance, and flexibility, this advanced material is trusted across industries for demanding insulation applications. Explore its most common uses below: 1. Welding Protection: Blankets, Screens & Curtains Woven Silica Fabric’s ability to wi...
read more
-
Uncompromising Protection for Extreme Conditions The Hose Protection Fire Jacket, also known as Silicone Coated Fire Jacket or Fire Jacket for Hose, is engineered to provide superior protection for hydraulic hoses, cables, and lines operating in extreme environments. Designed for industries where fire hazards, heat exposure, and mechanical stress are constant challenges, this high-performance slee...
read more
-
Fabric Heat Shrink Braided Sleeve also named Braided Heatshrink Sleeve or Heat Shrink Braided Sleeving. When exposed to heat, traditional braided sleeves can shift or loosen over time. Fabric Heat Shrink Braided Sleeve offers a unique solution by combining the flexibility of a braided sleeve with the secure fit of heat shrink technology. Designed for high-performance applications, this sleeve prov...
read more
-
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 ...
read more