A comprehensive range of high-performance materials for insulation, protection, and industrial applications.
Expansion joints are flexible, high-temperature connectors designed to absorb movement, vibration, and thermal expansion in piping, ducting, and industrial systems. When constructed from welding-grade fiberglass and coated high-temperature fabrics, they offer excellent thermal resistance while maintaining the flexibility needed to accommodate dynamic operating conditions.
These joints play a critical role in protecting equipment by reducing stress on connected components, helping to prevent cracking, distortion, or premature failure caused by thermal cycling. By allowing controlled movement within the system, they also contribute to improved efficiency and longevity. Expansion joints are especially valuable in high-heat environments such as power generation facilities, manufacturing plants, and processing systems where temperature fluctuations and mechanical stress are constant factors.
An ultrafine fiberglass insulation mat is a specially engineered thermal insulating material made from very fine glass fibers.
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A versatile fabric that has undergone secondary shrinking procedure through mechanically bonded silica fibers
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Silicone-coated fabrics offering superior heat and abrasion resistance, available in various weights and colors.
Fabrics coated with vermiculite to provide an excellent barrier against heat and flame, used for fire blankets and thermal shields.
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Fabrics coated with vermiculite to provide an excellent barrier against heat and flame, used for fire blankets and thermal shields.
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Fabrics, tapes, and sleeves made from high-purity silica for applications requiring resistance to extreme temperatures above 1800°F.