When choosing industrial insulation and flame-retardant materials, have you selected the right alkali-free fiberglass material?
Alkali-free E-glass fiberglass fabric
Alkali-free E-glass fiberglass fabric is a borosilicate fiberglass fabric woven from alkali-free glass fibers. It is currently one of the most widely used types of fiberglass fabric. Alkali-free E-glass fiber fabric has advantages such as good insulation performance and high temperature resistance, making it an essential insulating binding material for motors and electrical equipment. It enables motors to achieve superior insulation performance, extend service life, and reduce size and weight. It can also be used in flame-retardant and high-temperature resistant equipment such as heating elements in central air conditioning systems. Wide-cut fiberglass fabric is generally used for large electrical equipment such as cables or large transformers.
It is also suitable for flame-retardant insulation of cables, pipe insulation, and various electromechanical insulation and flame retardant applications. Because alkali-free E-glass fiber fabric has high strength, low density, and excellent insulation properties, it is suitable for pipe insulation, heat insulation coverings for heaters and refrigerators, fireproof shells, cable winding fillers, and insulation protective layers. With a heat resistance of up to 350℃～500℃, it can be used as a base fabric for mica products, coated cloth, and fiberglass products. It is an excellent insulating material, mainly used for binding motors, transformers, communication cables, and electrical appliances. It is also a good substrate for fiberglass, widely used in cables, wires, electromechanical products, aerospace, automobiles, yachts, and other sectors of the national economy.
Fiberglass tape is woven from alkali-free fiberglass yarn and possesses properties such as heat insulation, electrical insulation, high temperature resistance, fire resistance, and corrosion resistance. It is widely used in motors, electrical appliances, high and low voltage electrical products, wire and cable insulation protection, battery manufacturing, chemicals, and shipbuilding.
Carbon Fiber Fabric
Carbon fiber fabric is a high-performance fiber material woven from carbon fiber filaments with a carbon content of over 95%. It possesses ultra-lightweight and high-strength properties, high modulus, high temperature resistance, excellent electrical properties, and low volumetric weight.
It is widely used in fishing gear, sports equipment, sporting goods, aerospace, construction, and other industrial manufacturing fields. Examples of products include: aircraft wings, tail fins, and fuselages; car engines, hoods, and bumpers; bicycle frames and parts; golf clubs; ice hockeys; ski poles; surfboards; fishing rods; baseball bats; badminton rackets; pipes; helmets; yachts; and sailboats.
Carbon Fiber Tape
This product is woven from carbon fiber and features high strength, high modulus, high temperature resistance, corrosion resistance, and light weight. It is used in fishing gear, sports equipment, sporting goods, aerospace, construction, and other industrial manufacturing fields. Examples of products include: aircraft wings, tail fins, and fuselages; car engines, hoods, and bumpers; bicycle frames; bicycle forks; bicycle parts; golf clubs; ice hockeys; ski poles; fishing rods; baseball bats; badminton rackets; pipes; helmets; yachts; and sailboats.
Fiberglass tape is woven from alkali-free fiberglass yarn and features heat insulation, electrical insulation, high temperature resistance, fire resistance, and corrosion resistance. Widely used in motors, electrical appliances, high and low voltage electrical products, wire and cable insulation protection, battery manufacturing, chemicals, shipbuilding, etc.
Alkali-free glass fiber woven yarn (E-glass yarn)
Alkali-free glass fiber twisted ply yarn possesses high tensile strength, strong corrosion resistance, stable chemical resistance, elongation of less than 3%, and excellent processability. It can be made into various forms such as strands, bundles, cloth, and felt, and has good bonding with resins and adhesives. Suitable for woven fabrics, sheathing, wire and cable sheathing, and insulation materials for various motors and electrical appliances.
Glass fiber tape is woven from alkali-free glass fiber yarn and possesses heat insulation, electrical insulation, high temperature resistance, fire resistance, and corrosion resistance. Widely used in motors, electrical appliances, high and low voltage electrical products, wire and cable insulation protection, battery manufacturing, chemicals, shipbuilding, etc.
Special fiberglass water tank for train dust removal
This special fiberglass water tank for train dust removal is made of flame-retardant fiberglass, with a design life of 20 years, and is integrally molded using vacuum technology.
Blade structural reinforcement materials
Wind turbine blades bear complex loads and stresses during operation, thus requiring high structural strength and stiffness. Fiberglass, as a high-strength, high-modulus reinforcement material, is widely used in blade manufacturing. By combining fiberglass with matrix materials such as resin to form fiberglass reinforced composite materials, the load-bearing capacity and fatigue resistance of the blades can be effectively improved, ensuring the safety and stability of the blades during long-term operation.
Blade skin materials
The blade skin is the protective layer on the blade surface, playing a crucial role in the blade's resistance to wind and sand, corrosion, and ultraviolet radiation. Fiberglass cloth, as a material with good corrosion resistance and ultraviolet resistance, is widely used in the production of blade skin. By combining fiberglass cloth with matrix materials such as resin to form fiberglass composite skin, the durability and reliability of the blades can be effectively improved.
Blade Structure Connectors
In the manufacturing process of wind turbine blades, it is necessary to connect the various parts of the blade into a whole. Fiberglass tape, as a connecting material with high strength and rigidity, is widely used in the fabrication of blade structure connectors. By combining fiberglass tape with matrix materials such as resin to form fiberglass composite connectors, the connection strength and overall performance of the blade can be effectively improved.
