Iron Based Alloy Powder Has Good Wear Resistance, Pressure Resistance, And Toughness!

Iron based alloy powder has good wear resistance, pressure resistance, and toughness!
Iron based alloy powder is formed by adjusting the Ni and Cr content of 18-8 or Cr13 stainless steel and adding B and Si elements. Iron based alloy powder manufacturers take you to learn more!
This type of material is widely used in mechanical engineering. "It has good strength, abrasion resistance, a wide range of sources, and low price. Generally, it is used as a hard surface coating for sliding surfaces and the size of worn parts of mechanical components that work at room temperature. However, this type of material has a high melting point, which can easily cause oxidation and coating porosity during spraying.".
This series of alloys have good wear resistance, pressure resistance, and toughness, and are easy to process. They are used for wear-resistant parts, shaft pump surfaces, steam turbine box sealing surfaces, and other parts.
When weldments are subjected to dynamic and impact loads, in addition to ensuring tensile strength and yield strength, there are high requirements for impact toughness and plasticity. At this time, low hydrogen type welding materials should be selected.
Some welding materials are only suitable for welding at a certain position, while other positions have poor welding effects. Some welding materials can be welded at various positions, and the characteristics of the welding position should be considered when selecting them.
When a weldment is working in a corrosive medium, distinguish the type, concentration, operating temperature, and corrosion type (general corrosion, intergranular corrosion, stress corrosion, etc.) of the medium to select the appropriate stainless steel welding material.
Iron based alloy powder is formed by adjusting the Ni and Cr content of 18-8 or Cr13 stainless steel and adding B and Si elements.
The alloy has good wear resistance, pressure resistance, and toughness, and is easy to process. It is used for wear-resistant parts, shaft pump surfaces, steam turbine box sealing surfaces, and other parts. Due to the inclusion of elements such as boron and silicon, it is self fusible and can be directly sprayed or remelted, which can be used for laser cladding.