Introducing our Vermiculite Coated Fiberglass Woven Tape: meticulously woven with premium fiberglass yarns, it excels in diverse applications like lagging, pipe and electrical insulation, and thermal protection. Resistant to chemicals, it withstands temperatures up to 1500°F (816°C) while maintaining remarkable strength and flexibility. Ideal for demanding environments, it offers durability and performance you can trust.
The Hose Insulation Knitted Fiberglass Sleeve is an effective, cost-efficient solution for high-temperature insulation and protection. With its robust heat resistance, chemical durability, and flexibility, this sleeve is perfect for safeguarding hoses, cables, and personnel in demanding industrial applications.
Colored Braided Carbon Fiberglass Sleeve is a hybrid composite reinforcement sleeve manufactured from interwoven carbon fiber and colored fiberglass yarns in a tubular braided structure. Designed to provide both structural strength and enhanced surface appearance, this carbon fiberglass sleeve combines the stiffness of carbon fiber with the flexibility and visual customization of fiberglass. The expandable braided construction allows easy installation over tubes and mandrels, ensuring uniform 360° reinforcement and efficient resin infusion. Widely used in automotive, marine, industrial, and custom composite applications, this braided carbon fiberglass sleeve delivers reliable mechanical performance while offering distinctive color patterns for decorative composite finishes.
Braided Carbon Kevlar Biaxial Sleeve is a high-performance hybrid composite reinforcement sleeve manufactured from carbon fiber and aramid (Kevlar®) fibers in a biaxial braided structure. Designed to combine the stiffness of carbon fiber with the impact resistance and toughness of Kevlar, this carbon Kevlar sleeve delivers balanced mechanical strength for advanced structural applications. The ±45° biaxial fiber orientation enhances torsional strength, shear resistance, and load distribution, making it ideal for lightweight composite tubes, drive shafts, aerospace components, and high-performance industrial structures. Compatible with resin infusion, vacuum bagging, and epoxy systems, this hybrid carbon Kevlar braided sleeve provides reliable reinforcement in demanding environments.
Braided Carbon Fiber Biaxial Sleeve is a tubular composite reinforcement sleeve manufactured from carbon fiber yarns arranged in a biaxial braided structure, typically oriented at ±45°. This configuration provides balanced torsional strength, shear resistance, and uniform load distribution in lightweight composite components. Designed for structural reinforcement rather than cosmetic covering, the sleeve conforms easily to round, tapered, or complex shapes and is compatible with resin infusion, vacuum bagging, and other composite manufacturing processes.
Aluminum Lamination Glass Fiber Insulation Felt combines a glass fiber core with an aluminum foil layer to deliver superior heat resistance and durability. This high-performance insulation effectively reflects radiant heat, resists fire, and withstands moisture and chemicals, making it ideal for automotive, HVAC, and industrial applications. Its flexible, durable construction ensures easy installation and long-lasting protection in extreme environments.
Polyacrylonitrile (PAN) Carbon Felt is a lightweight, high-performance insulation material designed for demanding high-temperature applications. Made from carbonized PAN fibers, it offers excellent thermal stability up to 1800°C, low thermal conductivity, and strong chemical resistance. Ideal for industries like aerospace, electronics, and metallurgy, this versatile carbon felt is used in vacuum furnaces, thermal batteries, and other environments requiring precise thermal management, ensuring efficiency and durability.
BSTFLEX offer different needle blanket Fiberglass Needle Mat Made by C or E glass fiber. 85% / 96% Silica Needle Mat 85% silica needle mat resistant 850 degree C. 96% silica needle mat resistant 1000 degree C. Carbon Felt Needle Mat Made from polyacrylonitrile fiber (PAN) that is heat resistant without any coating. Ceramic Needle Mat Manufactured with pure alumina-silica, forming a continuous blanket. Basalt Needle Mat Whatever you needs, CARESTONE is at your side. Fiberglass with Silica Needle Mat Use fiberglass and silica fiber to make. Fiberglass with Basalt Needlet Mat Use fiberglass and basalt to make. Aluminized Insulation Needle Mat Aluminum foil with any kinds of thermal insulation mat. Multilayer Insulation Needle Mat 2 or 3 layer different materials thermal insulation mat. Custom Size Die Cut Insulation Needle Mat Any custom size can be make.
Fiberglass Needle Mat E Glass is a high-performance thermal insulation material made from 100% E-glass fibers mechanically bonded through a needle-punching process, without the use of binders. It offers excellent thermal resistance, low thermal conductivity, and outstanding acoustic insulation. Ideal for high-temperature industrial environments, this material is widely used in power generation, automotive exhaust systems, fire protection, and building insulation. The mat is non-combustible, lightweight, and dimensionally stable even at high temperatures. It’s an optimal solution for applications requiring durable and environmentally safe insulation in both thermal and acoustic demanding settings.
High Temperature Insulation Basalt Fiber Needle Mat is made from 100% basalt glass fiber and can withstand temperatures up to 750°C. It offers low thermal conductivity, excellent thermal insulation, and sound absorption, making it ideal for high-temperature applications such as automotive exhaust systems, filtration, and electronic noise reduction. The mat is flexible, non-combustible, and easy to handle, allowing it to be cut into various shapes. Available in different thicknesses and densities, it provides durable, high-performance insulation for demanding environments.