Products
Highly Chemically Stable Basalt Fiber Sleeves A...
Braided Basalt Fiber Sleeving is made of high quality braided basalt yarns with excellent electrical insulation, high temperature resistance, chemical resistance, and toughness, making it an optimal insulation and protection solution for extreme working environments. Basalt fibers are similar to carbon and glass fibers, but basalt has better mechanical properties than glass fibers and costs less than carbon fibers. Textured basalt braided sleeving is easy to install and provides years of protection and beauty.This sleeving is resistant to most acids and alkalis and is unaffected by most bleaches and solvents. It is highly flexible and compliant.
Corrosion Resistance Basalt Fiber Sleeves And Tape
The casing and woven tape are woven with basalt fibers. They can be applied through molding and surface treatment. They have excellent electrical insulation, high temperature resistance, and chemical corrosion resistance, Therefore, they can be used as insulation sleeves, basic reinforcement materials for various pipes, reinforcement materials for high-temperature resistant composite pipelines, etc.
Basalt Fiber Needle Mat for Heat Insulation
Basalt Fiber Roving For SMC Process
Basalt fiber roving is a high-performance material made from natural basalt rock. It is produced by melting basalt at high temperatures and extruding it into continuous fibers. Known for its excellent mechanical, thermal, and chemical properties, basalt fiber roving is widely used in various industries. This material offers a high strength-to-weight ratio, making it lightweight yet durable. It is resistant to extreme temperatures, chemicals, UV radiation, and corrosion, making it suitable for demanding environments. Additionally, basalt fiber roving is non-conductive and provides good vibration damping. Applications include construction materials, automotive components, wind energy, and aerospace industries. As an eco-friendly material derived from a natural and abundant resource, basalt fiber roving is an excellent alternative to traditional materials like steel or fiberglass.
High Temperature Resistant Basalt Fiber Roving
Basalt fiber woven roving is a collective beam, which combines stranded parallel protofilament with sub-thread parallel protofilament in no woven condition. Basalt fiber not only has the same high intensity, high modulus, and shock resistance performance with high technique fiber of PPTA and UHMWPE but also has good thermostability and light resistance, especially when combined with resin, and has high bonding strength. So basalt woven roving of kinds of specifications can be used for weaving, winding, and knitting kinds of composite prefab products.
High-strength corrosion-resistant basalt rebar
Basalt fiber composite reinforcement (BFRP) is a new type of non-metallic composite material reinforced with basalt fibers, combined with matrix materials such as epoxy resin, vinyl resin, unsaturated polyester resin, filler, curing agent, etc., and formed by pultrusion process and special surface treatment. Basalt fiber composite reinforcement has excellent physical and chemical properties such as lightweight, high strength, corrosion resistance, thermal insulation, etc. It suits concrete bridge steel structures, road construction, corrosion-resistant materials, and insulating and non-magnetic components.
High temperature resistance basalt fiber unidir...
Basalt Fiber Unidirectional Fabric is a kind of unidirectional fabric woven using basalt fiber untwisted roving in as radial direction, which has good radial mechanical properties. The monofilament is uniformly coated with an infiltrating agent suitable for phenolic and epoxy resins, suitable for polyester, epoxy, phenolic, nylon, and other resin properties.
High tensile strength basalt fiber mesh geogrid
Basalt Fiber Reinforced Crack Resistant Mesh is a high-performance construction material, mainly made of basalt fibers, which are directionally woven through the weaving process.
High Strength Basalt Fiber Fabric Plain Twill
Basalt fiber cloth is made of basalt fiber twisted yarn woven by upper machine. Its interweaving point is even, the texture is firm, scratch-resistant and the surface is flat. Because of the basalt fiber twisted weaving performance is good, can weave both low-density, breathable light fabrics, can also weave high-density fabrics.
Wear-resistant basalt fiber rebar
Basalt fiber rebar has a wide range of application prospects in the fields of construction, roads, bridges, etc. In the field of construction, basalt fiber reinforced plastic can be used to strengthen concrete structures and improve the carrying capacity and seismic performance of structures; in the field of roads, basalt fiber reinforced plastic can be used to strengthen pavement structures and improve pavement carrying capacity and durability; in the field of bridges, basalt fiber reinforced plastic can be used to enhance bridge structures and improve the carrying capacity and seismic performance of bridges.
Basalt Fiber Fireproof Fabric
Basalt fiber fireproof fabric is a textile cloth processed with single basalt fiber fine yarn. Non-combustible, high temperature resistant (1100℃), compact structure, non-irritating, soft and tough texture, convenient for wrapping objects and equipment with uneven surfaces.
Basalt Fiber Chopped Strands For Cement
Product Introduction
Basalt Fiber Chopped Strands is made of continuous basalt fiber filaments chopped into short pieces. Adding basalt fiber chopped strands to concrete structure can improve the crack resistance of concrete by more than 50%. Strong alkali resistance, tensile strength retention rate of up to 75%, in the alkaline concrete strength affected by small, is an alternative to polypropylene (PP), polyacrylonitrile (PAN) used to strengthen the cement concrete of excellent materials. Basalt fiber Chopped Strands applied to cement concrete/mortar is a specially developed steel fiber imitation reinforcing material. As a sub-reinforcement material, it can significantly improve the toughness, flexural and tensile properties, and impermeability of concrete.
