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Austria Stainless Steel Fiber
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Preparation process: Stainless steel fibers are usually prepared by the following methods:
Drawing method: Starting from stainless steel bars or wires, the diameter is gradually reduced and strength is increased through multiple cold drawing and heat treatment.
Melt spinning method: Stainless steel is melted and extruded through a spinneret, rapidly cooled and solidified into fine filaments.
Cutting method: High-speed rotating tools are used to cut stainless steel sheets, producing short fibers.
Product characteristics:
Excellent corrosion resistance: Due to the properties of stainless steel, these fibers have good corrosion resistance in various harsh environments, such as acid, alkali, salt, and humid heat.
High temperature resistance and oxidation resistance: Stainless steel fibers have excellent heat resistance, maintaining structural stability at higher temperatures and are not easily oxidized.
High strength and high modulus: They have very high tensile strength and elastic modulus, maintaining good mechanical properties even under high temperature or stress conditions.
Good conductivity and electromagnetic shielding effect: Due to the conductivity of stainless steel itself, these fibers can be used to manufacture composite materials with conductive or electromagnetic shielding functions.
Good weaving performance: Can be used alone or blended with other fibers to make textiles, webbing, ropes, etc.
Application industries:
Due to their unique performance characteristics, stainless steel fibers are widely used in the following industries:
Textile and apparel industry: Used to make anti-static, fire-resistant, high-strength work clothes, protective clothing, and high-performance textiles for special fields such as military and aerospace.
Construction and civil engineering: Used as reinforcement materials in concrete, mortar, asphalt pavements, etc., to improve the structure's crack resistance, impermeability, and impact resistance.
Aerospace and defense industry: Used to manufacture high-temperature, high-strength, and corrosion-resistant composite material components, such as aircraft structural parts, missile shells, and ship protective armor.
Electronics and communication industry: Used for electromagnetic shielding materials, conductive fabrics, cable shielding layers, etc., providing protection against electromagnetic interference.
Chemical and energy equipment: Used as corrosion-resistant and high-temperature resistant reinforcement materials, applied to the linings of chemical pipelines, heat exchangers, reactors, and other equipment.
Role in brake pads:
The application of stainless steel fibers in brake pads may be reflected in the following aspects:
Enhanced wear resistance and stability: The high strength and high-temperature performance of stainless steel fibers help improve the wear resistance of brake pads, ensuring stable friction performance during long-term, high-intensity braking.
Optimized thermal management: Due to the good thermal conductivity of stainless steel fibers, they can assist in the rapid dissipation of heat within the brake pads, reducing hotspot concentration, lowering the risk of local overheating of the brake disc/drum, and extending the lifespan of the entire braking system.
Improved thermal fade resistance: The mechanical performance loss of stainless steel fibers at high temperatures is minimal, helping to maintain the braking efficiency of brake pads under high-temperature conditions and reducing thermal fade.
Improved corrosion resistance: Especially in humid or corrosive environmental conditions, the presence of stainless steel fibers can enhance the brake pads' resistance to environmental corrosion.
Providing a conductive path: If the brake pad design requires the elimination of static electricity accumulation, the conductivity of stainless steel fibers can serve as a static discharge path, reducing safety hazards caused by static electricity.
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