Basalt Direct Roving is a high-performance reinforcement material coated with a silane-based sizing, making it compatible with UR, ER, and VE resins. It’s designed for filament winding, pultrusion, and weaving applications, and is suitable for producing pipes, pressure vessels, and various profiles. The material offers excellent mechanical strength, superior chemical corrosion resistance, and low fuzz during processing. Its fast wet-out and compatibility with multiple resins make it versatile across industries. Basalt roving is known for its higher tensile strength compared to glass and PP fibers, low moisture absorption, exceptional temperature resistance, and cost-efficiency compared to carbon fiber.
Basalt Direct Roving is a high-performance continuous fiber made from natural volcanic rock, designed for use in advanced composite materials. Coated with a silane-based sizing, this basalt roving is fully compatible with unsaturated polyester (UR), epoxy (ER), and vinyl ester (VE) resins. Its versatility makes it a go-to material for applications like filament winding, pultrusion, and weaving, providing exceptional reinforcement properties across various industries.
Basalt Direct Roving is widely used across multiple sectors for its adaptability and high-performance characteristics:
Basalt Direct Roving stands out as a highly versatile and reliable reinforcement material for composite products. Its excellent mechanical properties, superior chemical and thermal resistance, and compatibility with multiple resins make it an ideal choice for industries such as construction, automotive, and aerospace. With its cost-effectiveness and eco-friendly production, basalt roving offers a sustainable solution without compromising performance. Whether for filament winding, pultrusion, or weaving, Basalt Direct Roving delivers strength, durability, and adaptability for a wide range of applications.
High Temperature Textile 70% Silica Fibre Cloth is a heat-resistant industrial fabric designed for medium to high temperature insulation applications. With approximately 70% silica content, this textile offers reliable thermal stability, good mechanical strength, and cost-effective fire protection for general industrial environments. It is widely used for welding protection, equipment insulation covers, heat-resistant curtains, and exhaust-adjacent shielding where stable high-temperature performance is required without ultra-high silica composition.
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Experience unparalleled thermal protection with our Stainless Steel Wire Inserted Fiberglass Fabric. Engineered with precision using air-bulked E-Glass yarns and stainless steel wire reinforcement, our fabric ensures optimal safety in high-temperature industrial environments. Versatile and durable, it's your go-to solution for welding protection, high-temperature insulation, and more. Elevate your operations today.
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Discover Fiberglass Core Yarn Blended Woven Aramid Fabric: a premium protective blend offering superior performance across various applications. Lightweight yet structurally stable, it safeguards equipment and personnel in hazardous environments. Ideal for safety clothing, expansion joints, hose covers, and more, its composite blend ensures durability and non-irritating wear. With high strength, abrasion resistance, and thermal stability, it's the top choice for customized solutions. Seamlessly operational and non-hazardous, it prioritizes operator comfort and safety.
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The Aluminum Heat Reflect Fiberglass Sleeving offers superior thermal protection for components exposed to extreme temperatures. Constructed from woven fiberglass treated with SiO2 and coated with aluminum/PET film bonded with a silicone adhesive, this sleeving shields from temperatures up to 1,202°F (650°C). The Kevlar thread with a stainless-steel wire core provides a durable closure, while stainless-steel zipper stops prevent fraying. Available in diameters from 0.5” to 7.875”, with custom options, and operating within a temperature range of -32°F to 1,202°F (-36°C to 650°C), it ensures reliable and customizable protection for various applications.
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Engineered for extreme environments, our high-performance Silicone Coated Glass Fiber Firesleeve Tape delivers uncompromising protection for critical wiring and fluid lines. Featuring a robust silicone elastomer coating over a knitted or woven glass fiber core (available in 2-3mm thicknesses), it withstands continuous temperatures up to 500°F (260°C) and intermittent peaks exceeding 1000°F (538°C). Superior flame retardancy, self-extinguishing properties, exceptional abrasion/cut resistance, and dielectric strength ensure reliability in demanding aerospace, automotive, industrial, and power generation applications. Choose knitted for maximum flexibility or woven for ultimate tensile strength. Discover enduring protection.
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Our Basalt Fiber Twisted Rope is designed for high-performance applications, offering exceptional strength and durability in extreme conditions. Made from natural volcanic rock, it withstands temperatures from -260°F to 1800°F (-127°C to 982°C) while providing excellent resistance to chemicals, UV radiation, and moisture. This versatile rope is ideal for construction, marine, automotive, and aerospace industries, suitable for rigging and securing loads. Available in various diameters and lengths, our Basalt Fiber Twisted Rope combines superior performance with environmental sustainability, making it a reliable choice for demanding applications.
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Knitted Kevlar Sleeve is a high-strength protective sleeve manufactured from aramid (Kevlar®) fibers using a knitted tubular structure. It is designed to provide excellent cut resistance, abrasion protection, and thermal stability in demanding industrial environments. Commonly used as a Kevlar tubing sleeve and Kevlar roller sleeve, this product offers high tensile strength at low weight, low elongation, flame resistance, and long-term durability. It is widely applied in high-temperature operations, glass manufacturing lines, marine engineering, electrical systems, and specialized industrial equipment where mechanical protection and dimensional stability are critical.
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