The heat treatment process of auto parts consumes a great deal of energy
The heat treatment process of auto parts consumes a great amount of energy. Therefore, it is necessary to reduce the energy consumed in each processing stage. This includes furnace improvement, carburizing process control, quenching media, and cooling rate. However, the operation of these processes is directly related to the steel properties and hardenability of the different components being treated. In order to meet the requirements of advanced heat treatment technology, starting from smelting to study various types of steel, the improvement of these steels and related process technologies has greatly improved the performance and processing productivity of auto parts. The chemical composition and hardenability of steel are the key factors that make automotive parts optimally heat-treated. In order to obtain high-quality small-module gears in automotive products, care must be taken to control the surface and core hardness of the gears. The development of direct heat treatment steel, and the development of steel making technology such as oxygen steelmaking furnace technology, continuous casting and rolling technology, has improved the selection of nutritious energy for precise control of chemical entry points, heat treatment chemical composition and development strength. Microstructure control, reliability, application, size, reduce carburizing time. Hardenability, carbon potential, quenching medium mixed heat treatment high performance, composite heat treatment, furnace design pots can be economical, heat and load basin, a variety of products for the production of insulation materials, gas in the furnace, furnace size, linear mechanism Atmosphere control reduction of carburizing time, furnace, carbon irrigation, maximum residual stress, carbon potential, carbon in steel, basic atmosphere carbon gradient, best quenching nitrogen, vacuum, minimum deformation of plasma quenching technology, quenched mandarin, fixture structure, Maximum residual stress, quenching medium effective quenching cooling rate and carbon gradient fixture, temperature and quenching speed mixed heat energy use, thermochemical reaction rust-proof surface film formation. Flat Iron Hair,Heat Styling Brush,Blow Dryer Brush,Hair Brush Blow Dryer Shenzhen Unitepin Tech Co.Ltd , https://www.rifnylife.com