Melt Extract Steel Fiber
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Melt-type steel fibers are used to increase the strength of the refractory castables. They are added to the matrix during the mix preparation to prevent crack propagation, thus converting the refractory into a tough and strong composite.
Product use
It is mainly used for the reinforcement of refractory products in various industries such as petrochemical, iron and steel, chemical, power station, cement and rock industries.
Specification
Equivalent diameter: 0.30 - 0.40mm; 0.40 - 0.50mm; 0.45 - 0.55mm; 0.55 - 0.60mm;
Melt Extract Steel Fiber
Melt-type steel fibers are used to increase the strength of the refractory castables. They are added to the matrix during the mix preparation to prevent crack propagation, thus converting the refractory into a tough and strong composite.
Product use
It is mainly used for the reinforcement of refractory products in various industries such as petrochemical, iron and steel, chemical, power station, cement and rock industries.
Specification
Equivalent diameter: 0.30 - 0.40mm; 0.40 - 0.50mm; 0.45 - 0.55mm; 0.55 - 0.60mm;
Length: 20 mm, 25 mm, 30 mm, 35 mm;
Aspect ratio radio: 40 - 45, 45 - 50, 50 - 55, 55 - 60;
Material: stainless steel 310, 304, 430, 446, 430AI.
Packing: 20kg/bag or 20kg/box or as required.
At Well, melt-extracted stainless steel fibers are spun directly from the melt using advanced melt extraction (ME) and melt overflow (MO) processes. Rapid cooling of the fibers during manufacture (equivalent to 50,000 cycles per second) "freezes" the metallurgical structure, leaving it in an optimal state for resistance to high-temperature corrosion, a state unmatched by conventional cast steel. This treatment maximizes the distribution of effective major nickel and/or chromium alloying elements.
Our fiber technology helps to extend the service life of refractory materials and provides additional benefits such as excellent flaking resistance, superior fracture toughness, better wear resistance, superior thermal and mechanical shock resistance, and homogeneous alloy properties. The use of melt extract steel fiber significantly improves refractory durability and performance and reduces refractory installation, maintenance and materials.
LEX Melt Extract stainless steel fibers are spun directly from the melt using the company&#;s advanced Melt Extraction(ME) and Melt Overflow (MO) processes. Rapid cooling of the fiber during manufacture (equivalent to 50,000 per second) &#;freezes&#; the metallurgical structure, capturing it in an optimum state to resist high temperature corrosion state which is impossible for conventionally cast steel to match. The processing maximizes the effective distribution of the primary nickel or chromium alloying elements
Length: 20 mm, 25 mm, 30 mm, 35 mm;
Aspect ratio radio: 40 - 45, 45 - 50, 50 - 55, 55 - 60;
Material: stainless steel 310, 304, 430, 446, 430AI.
Packing: 20kg/bag or 20kg/box or as required.
At Well, melt-extracted stainless steel fibers are spun directly from the melt using advanced melt extraction (ME) and melt overflow (MO) processes. Rapid cooling of the fibers during manufacture (equivalent to 50,000 cycles per second) "freezes" the metallurgical structure, leaving it in an optimal state for resistance to high-temperature corrosion, a state unmatched by conventional cast steel. This treatment maximizes the distribution of effective major nickel and/or chromium alloying elements.
Our fiber technology helps to extend the service life of refractory materials and provides additional benefits such as excellent flaking resistance, superior fracture toughness, better wear resistance, superior thermal and mechanical shock resistance, and homogeneous alloy properties. The use of melt extract steel fiber significantly improves refractory durability and performance and reduces refractory installation, maintenance and materials.
LEX Melt Extract stainless steel fibers are spun directly from the melt using the company&#;s advanced Melt Extraction(ME) and Melt Overflow (MO) processes. Rapid cooling of the fiber during manufacture (equivalent to 50,000 per second) &#;freezes&#; the metallurgical structure, capturing it in an optimum state to resist high temperature corrosion state which is impossible for conventionally cast steel to match. The processing maximizes the effective distribution of the primary nickel or chromium alloying elements
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