ACIT USA - global supplier of high-temperature industrial textiles

Welcome to ACIT USA

We are the leading manufacturer and supplier of high-temperature resistant, high-performance industrial textiles. Headquartered in the beautiful Seattle area, ACIT has its own R&D and manufacturing facilities in China. Our core products are industrial and consumer grade silica textiles marketed under the names of JSilica® and U-Silica™.

JSILICA® & U-SILICA™ Series

JSilica® and U-Silica™ series of textile products are made from continuous fibers with amorphous structure and silica content ranging from 96–98%. They demonstrate the thermal performance of refractory materials and come in the form of yarns, woven fabrics and meshes, non-woven blankets and bulk chopped fibers.

JSILICA® & U-SILICA™ Applications

JSilica® and U-Silica™ series of textile products are typically applied in industries and areas where thermal insulation is essential to performance, safety and cost. Such industries include shipbuilding and repair, power plants and utilities, metal fabrication, foundries, petroleum and petrochemical plants, chemical processing, nuclear energy, glass plants, appliance manufacturing, aircraft and aerospace, electronics and communications, heat treating.

Silica Fabrics

Silica fabrics are made from continuous fibers with amorphous structure and silica content ranging from 96–98% available in both JSilica® and U-Silica™ series. These silica fabrics are specifically designed as an environmentally-safe replacement for asbestos in a wide range of insulation and protection applications... Read more →

U-SILICA™ Yarns

U-Silica™ yarns are continuous filament products made from amorphous silica with silica content ranging from 96–98%. The yarns bear the thermal performance of refractory materials. In particular, the silica yarns operate continuously at temperatures up to 1000°C (+1800°F) and do not melt or vaporize until temperatures exceed 1700°C (+3000°F)... Read more →

Muffler Cover

This new product is made of silica fabrics with flexible and tough finish. It retains heat inside the exhaust for greatly improved performance and provides protection against radiant heat... Read more →