ZTW40.37 is a high density sponge iron powder characterized by its low impurity content and high consistency in chemical composition and particle size distribution. This powder has been specially designed to ensure optimal performance in high recovery covered electrodes as well as other basic electrodes that require higher density iron powder. It has been optimized in terms of density, particle shape, and surface condition, endowing it with superior properties.
LAP40.30 is a medium-density water-atomized iron powder featuring low carbon and oxygen content. Its particle size and powder density have been specifically optimized for use in alkaline coated electrodes. This powder offers excellent electrical conductivity and low impurity levels, leading to enhanced production efficiency and improved electrode welding performance.
LAP40.37 is a high density water atomized iron powder with low carbon and oxygen content, and it exhibits high consistency in chemical composition and particle size distribution. These characteristics give it exceptional purity and performance stability.
This powder is particularly suitable for applications requiring high purity and excellent welding performance, such as alkaline coated electrodes, flux-cored wires, and metal-cored wires. Its high density not only enhances the overall performance of the filler materials but also significantly improves the stability and efficiency of the welding process.
ZTW100.25 is a low density sponge iron powder with low impurity content and highly consistent chemical composition and particle size distribution. This powder is suitable for various welding applications, including coated electrodes, flux cored wires, and metal cored wires.
ZTW100B is an sponge iron powder containing 1% boron. Its high purity, consistent chemical composition, and well-controlled particle size distribution make it an excellent choice for use in flux-cored wires.
Iron powder offers an excellent combination of durability and cost in semi-metallic brake pads and sintered friction formulations. provides the world’s most comprehensive range of iron powders for friction applications. With low apparent density our powders enable a reduction of brake weight and......
Hydrogen reduced iron powder LWR12 is widely used for the production of friction materials with low apparent density, our powders enable a reduction of brake weight and total material usage. Moreover, their high internal porosity and large surface area provide improved brake surfaces and wear......
Hydrogen reduced iron powder LWP100 is widely used for the production of friction materials with low apparent density, our powders enable a reduction of brake weight and total material usage. Moreover, their high internal porosity and large surface area provide improved brake surfaces and wear......
Hydrogen reduced iron powder LWR80 is widely used for the production of friction materials with low apparent density, our powders enable a reduction of brake weight and total material usage. Moreover, their high internal porosity and large surface area provide improved brake surfaces and wear......
Hydrogen reduced iron powder LWMH40.24 is widely used for the production of friction materials with low apparent density, our powders enable a reduction of brake weight and total material usage. Moreover, their high internal porosity and large surface area provide improved brake surfaces and wear......
