Supply of textile with a metal staple fibers 6μm-20μm

Supply of textile with a metal staple fibers 6μm-20μm
 

Product description:

Stainless steel fibers are made of stainless steel wire bundle drawing process is made, its bright color, because it is only a few microns in diameter, it is in keeping produce other new features on the basis of the original metal properties. The fiber has a subtle, soft features and good flexible, and has good mechanical properties, good conductivity, good corrosion resistance, heat resistance, and also has flexibility similar to chemical fibers and high surface area and other characteristics. ferromagnetism, electrical properties of stainless steel fibers, surface treatment, friction coefficient, the versatility of a ferromagnetic stainless steel fibers: fibers with the wire diameter is reduced, the saturation magnetization increases as the filament diameter decreases, the martensite phase content increases. wherein the diffraction peak intensity was significantly higher, while the grain size is reduced to a certain extent, the exchange coupling between grains make enhanced remanence material, coercivity decreased permeability increase. causes austenite fiber having weak magnetic phase transition may be due to stress-induced martensitic, austenitic stainless steel fiber is the main component of iron, also may be due to the smaller diameter filaments, the organization closer to the iron space ferromagnetic state in a certain range inside, along with smaller wire diameter, magnetic increase, 8UM fiber magnetic higher than 20UM and 12UM fiber 3-6 times, magnetic 6UM-2U fiber is less than 8UM 2, magnetic stainless steel fibers; fibers were paramagnetic after annealing. Pure relatively weak magnetic austenite phase fibers, fibrous tissue can anneal again into a single austenite, martensite diffraction peaks showed diminished or disappeared. martensitic fiber magnetic strong, its strength over Nickel The base body 3, stainless steel fiber electrical properties: filament diameter becomes smaller, the resistivity increases; reduce its filament diameter axial conductivity of the fibers decreases, resistance increases a smaller diameter, causing a phase transition, transition and crystal sequence. magnetic change and other changes affecting the resistivity, and its crystal having orientation and texture phenomenon 4, stainless steel fiber surface treatment: stainless steel fiber production process, copper / tie head / wear tube - drawing / annealing - acidic electrolytic separation - - cleaning and drying 5, stainless steel fiber surface friction coefficient: filament diameter becomes smaller, the friction coefficient becomes large, the performance of its special fiber functionality more obvious theory noodle more evenly spread, because of their special functionality, may need to change. space environment and its shop system processing process in order to better functional material 6, stainless steel fibers versatility: conductive, anti-electromagnetic waves, sound absorption, filtration, antistatic, abrasion, high temperature resistance, cutting, etc. Application of soft stainless steel fiber sliver can be processed into a variety of radiation yarn, conductive yarn and non-woven fabrics used in electric conductive, heat resistance, antistatic, filtration, thermal and other fields.