Powder Metallurgy Materials including Atomized iron powders, Reduced sponge iron powders, Diffusion-alloyed powders, Pre-alloyed powders, Press ready mixed powders and Additives. Atomized iron powders are mainly used in medium density structural parts and high density structural parts with high compressibility and higher apparent density compared to the reduced sponge iron powders. Reduced sponge iron powders are widely used in powder metallurgy industry and welding industry etc. the green and edge strength of the compacts are very high due to the spongy structure of the powder particles. Diffusion-alloyed powders are based on the atomized iron powders and reduced sponge iron powders have been diffusion bonded with certain content Mo, Ni, Cu. This type of materials make it possible to produce the parts with good performance after heat treatment. Pre-alloyed powders are water atomized steel powders with 0.85%Mo and 1.5%Mo often used as-sintered with additions of copper or nickel to make it possible for good surface hardening etc. Press ready mixed powders are based on the atomized iron powders, reduced sponge iron powders and alloyed powders, bonded with other additives by binder.
LAP100.29 is a kind of ultra-pure water atomized iron powder. With apparent density 2.95-3.10g/cm3, good compressive performance, wide range of application, and it is widely used in the production of high strength and high density sintered structural parts....
LAP100.29H is a type of ultra-pure water atomised iron powder, with AD 2.95-3.10g/cm3, with good compression performance, and is widely used in high strength, high density sintered structural PM parts....
LAP100.29D1 Add Ni(1.70-2.10%)and Cu(1.60-1.90%)in to the base powder(LAP100.29Mo1)mix uniformly. It enables the powder has high compressibility, stable dimensional change rate and good sintering performance. It is suitable for production of high strength materials. ·The powder has high......
LAP100.29D2 Composition: Ni(3.8-4.20%), Cu(1.60-1.90%), Mo(0.5-0.7%) This diffusion alloyed powder grade has high compressibility, stable dimensional change rate and good sintering performance. It is suitable for production of high strength materials. ·The powder has high………………………
LAP100.29Mo1: Add Mo (0.50-0.70%)into the molten steel,which enables all alloy elements fully integrated into the molten steel.The powder has high compressibility and high hardenability.This type of power is mainly used for production of good heat treatment performance parts. ·Good heat......
LAP100.29Mo2: Add Mo (0.80-1.00%)into the molten steel,which enables all alloy elements fully integrated into the molten steel.The powder has high compressibility and high hardenability.This type of power is mainly used for production of good heat treatment performance parts. ·Good heat......
LAP100.29Mo3: Add Mo (1.40-1.60%)into the molten steel,which enables all alloy elements fully integrated into the molten steel.The powder has high compressibility and high hardenability.This type of power is mainly used for production of good heat treatment performance parts. ·Good heat......
LAP100.29D3 Composition: Ni(3.80-4.20%), Cu(1.80-2.20%), Mo(1.40-1.60%) This diffusion alloyed powder grade has high compressibility, stable dimensional change rate and good sintering performance. It is suitable for production of high strength materials. ·The powder has high………………………
LAP100.29D4 Composition: Ni(1.40-1.60%), Cu(1.80-2.20%), Mo(0.50-0.70%) This diffusion alloyed powder grade has high compressibility, stable dimensional change rate and good sintering performance. It is suitable for production of high strength materials. ·The powder has high………………………
LAP100.29A1: Add Ni(1.70-2.00%)and Mo(0.40-0.60%)into the molten steel,which enables all alloy elements fully integrated into the molten steel The powder has high strength and good heat treatment performance This type of power is mainly used for production of forging parts and high strength......
