Iron-based powder metallurgy
Powder atomization in a significant improvement of technology.Tool material is another important industrial powder metallurgy products, which is particularly important carbide.Information industry for powder metallurgy industry to provide a new opportunity. 3A is currently moving in the direction of the development of manufacturing, ie Agility, Adaptivity and Anticipativity. Powder metallurgy parts per vehicle in North America the highest amount, 19. Car were two major trends of development in order to reduce energy consumption and environmental protection; main technical means is the use of advanced engine systems, and lightweight.Powder atomized powder has been China Red onion Wholesale prepared by high-performance technology.com. ASL's research results show that if the gas temperature to 330 ., to meet the processing needs of occasions.
This requires the processing tool itself more sharp, better rigidity, toughness higher; processing of materials extends to co-Lu, magnesium alloys, titanium and ceramics; dimensional accuracy requirements are higher; calling for lower processing costs; to reduce environmental impact to a minimum, a greater proportion of dry machining. Hot gas atomization technology can extend the metal droplets in the liquid state the time, the powder can be subjected to secondary fragmentation (atomization), thus greatly improving the efficiency of atomization, the resulting powder particle size is more small. Heeg Las company advanced steelmaking technology for powder production, the integration of the arc fuace (EAF) technology, argon oxygen decarbonization technologies (ADO), high-performance spray technology and hydrogen annealing technology has greatly improved the powder quality, density and intensity of powder compacts has been improved. U. Study of mechanical alloying is still popular, but most of the laboratory work.3 per year, which accounted for 23% of the heat sink material, manganese powder were extremely light-emitting materials with 30%. In the current engine operating conditions, powder metal porous material than ceramic materials with better performance and cost advantage.mhcmp. In the reactive powder atomization, in order to reduce the melt and crucible melting process of the reaction, the German development of the electrode induction melting gas atomization (EIGA) technology, can be prepared by high activity of titanium, zirconium and TiAl intermetallic compound powder. On the one hand the increasing automobile production in the other hand, metal powder metallurgy parts in a single amount on the cars are not of the increase. Japan's electronics industry has been using the powder metallurgy products reached $ 4.
European automobile exhaust filter of porous powder metallurgy materials and provides a large market. For example, using a new free nude gas atomization, to be more fine tool steel powder, boron powder the distribution of carbide particles is more uniform, with fewer defects.S. It is worth mentioning that the German Zoz company developed only with their own high-energy ball milling equipment milling arc melting fuace slag, and then through the hydrometallurgical recovery of metal, this technology both to improve the environment, open up a huge market. As the rapid development of Chinese auto industry has huge market potential powder metallurgy parts, powder metallurgy has become a large inteational business focus.
Iron-based powder metallurgy parts in the car is mainly used in engines, transmission systems, ABS systems, ignition devices.Automotive industry is still the largest powder metallurgy industrial development and the largest power users.5 kg, the European average of 9 kg, an average of 8 kg in Japan. Carbide grains ( 6um); coating technology has developed rapidly, CVD, PVD, PCVD technology has improved, there are many types of coatings, from the common CVDTiCN/Al2O3 / TiN to CVD PCBN (polycrystalline cubic BN) and PVD TiAIN, Al2O3, cBN (cubic BN) and SiMAlON, etc. These new tools and materials to speed up the development of powder metallurgy. The required particle size powder prepared by the same 30% reduction in gas consumption, the economic analysis and engineering studies indicating that the technology is entirely feasible. The former includes thermal material, such as Si / SiC, Cu-Mo, Cu-W, Al-SiC, AlN and Cu / diamond and other materials; latter include tungsten, molybdenum material. Source:http://www。