Jiangsu Chengfei New Material Technology Co., Ltd. specializes in the production and sales of precision stainless steel strips
Jiangsu Chengfei New Material Technology Co., Ltd. is a private enterprise specializing in the development, production and sales of precision stainless steel strips, titanium alloys, superalloys and metal forming components.
The company adopts the most advanced production technology and technical equipment in the world. Now it has a Sendzimir 20-high rolling mill unit, a tensile bending straightening unit, a precision slitting unit, a precision roll grinder, a continuous bright annealing unit, and a special stress relief for TA materials. Furnace and other international advanced production equipment. It has an annual production capacity of 60,000 tons of precision alloy strips. All products are delivered in rolls (including slits), with a thickness of 0.03 mm to 1.0 mm and a width of 5 mm to 650 mm. Various grades, hardness levels, surface State and special requirements of ultra-thin, ultra-hard, ultra-flat precision materials. The main products are SUS300, SUS400 series precision stainless steel strip, titanium alloy, high temperature alloy thin material and metal forming components. Products are widely used in aviation, aerospace, consumer electronics, photovoltaic industry, superconducting cable industry, nuclear power, seawater desalination, medical equipment, auto parts, household appliances, chemical equipment and other fields
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Wear resistance of stainless steel belts in the process
Based on the single-particle micro-cutting model of stainless steel strips, the evolution law and productivity control of the residual stress on the surface of HR-2 hydrogen-resistant stainless steel workpieces by the grinding process are studied and analyzed. Mathematical model of residual stress in single-particle micro-cutting of abrasive grains for stainless steel strips. Orthogonal experiments are used to obtain the grinding process parameters and surface residual stress, the depth of cut for abrasive grains and the regression equation of tangential force, and the single-factor experiment is used to verify the grinding process. , obtain the influence law of grinding process parameters on the surface residual stress, surface abrasive cutting depth and tangential force, and conduct a comparison study between the single-factor experimental results and the mathematical model calculation results.
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