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不锈钢纤维是近年来发展起来的新型工业材料，是现代科学的一个重要领域
不锈钢纤维是近年来发展起来的新型工业材料，是现代科学的一个重要领域。
Stainless steel fiber is a new industrial material developed in recent years. It is an important field of modern science.
不锈钢纤维一般是指以法国银菲316L钢号的不锈钢为基材，经复合组装，多次集束拉拔、退火、固溶处理等一套特殊工艺制成，每股有数千、数万根。不锈钢纤维表面积非常大，使其在内部结构、磁性、热阻和熔点等方面有着超常的性能。不锈钢纤维丝径可达1-2微米，延伸率大于1%，纤维强度可以达到1200-1800Mpa，甚至超过了材料本身的抗拉强度。
Stainless steel fiber generally refers to the French silver Philippine 316L steel stainless steel as the base material, through the composite assembly, multiple cluster drawing, annealing, solid solution processing and other special processes made of thousands, tens of thousands of per share. The surface area of stainless steel is very large, making it have extraordinary performance in internal structure, magnetism, thermal resistance and melting point. The diameter of the stainless steel fiber can reach 1-2 microns, and the elongation is more than 1%. The strength of the fiber can reach 1200-1800Mpa, or even exceed the tensile strength of the material itself.
Stainless steel fiber is a new industrial material developed in recent years. It is an important field of modern science.
不锈钢纤维一般是指以法国银菲316L钢号的不锈钢为基材，经复合组装，多次集束拉拔、退火、固溶处理等一套特殊工艺制成，每股有数千、数万根。不锈钢纤维表面积非常大，使其在内部结构、磁性、热阻和熔点等方面有着超常的性能。不锈钢纤维丝径可达1-2微米，延伸率大于1%，纤维强度可以达到1200-1800Mpa，甚至超过了材料本身的抗拉强度。
Stainless steel fiber generally refers to the French silver Philippine 316L steel stainless steel as the base material, through the composite assembly, multiple cluster drawing, annealing, solid solution processing and other special processes made of thousands, tens of thousands of per share. The surface area of stainless steel is very large, making it have extraordinary performance in internal structure, magnetism, thermal resistance and melting point. The diameter of the stainless steel fiber can reach 1-2 microns, and the elongation is more than 1%. The strength of the fiber can reach 1200-1800Mpa, or even exceed the tensile strength of the material itself.
