Material:ZL101: aluminum alloy
Processing technic: Undergo heat treatment.
Increase hardness, toughness, and prolong material
life span greatly.
Material used: ZL101 Aluminum alloy
Processing technique: Undergoes heat treatment to significantly enhance hardness, toughness, and extend material lifespan.

Material: QTSiMo ductile cast iron with high hardness and good ductility.
Processing technicz: cleaning, making surface clean and smooth.
Material used: QTSiMo Ductile Cast Iron
Processing technique: Polished to achieve a smooth and pristine surface, with excellent strength and ductility.

CW713R, Copper bar
Processing technic: CNC production
Higher hardness and smoothness.
Material used: CW713R, Copper Bar
Processing technique: Uses CNC production techniques, ensuring superior hardness and an exceptionally smooth finish. CW713R copper bars are known for their outstanding mechanical properties, including high strength and excellent corrosion resistance.

Material used: C355 cast aluminum alloy; Forged billet wheel; Titanium alloy wheel
Advantages of Titanium Alloy Wheel: Titanium alloy wheels have exceptionally high strength, more than twice that of ordinary steel, with outstanding performance in tensile strength, compression resistance, bending resistance, and vibration resistance. This remarkable durability ensures that they can withstand the most demanding conditions, offering exceptional reliability.
Its outstanding corrosion resistance minimizes maintenance requirements, leading to lower operational costs. This not only enhances production efficiency but also ensures long-term performance and value.

K418 / INCO 713C, high temperature alloy steel, melting point up to 1295-1345℃.
We do not use: K413, can’t endure high temperature, easy to break.Turbine shaft：42CrMo alloy steel with high hardness and good ductility.
Material used: K418 / INCO 713C, a high-temperature alloy steel with a melting point of 1295-1345℃
Unlike K413, which cannot withstand high temperatures and is prone to breaking, K418 / INCO 713C ensures reliability and longevity, offering superior strength and resistance to thermal stress. The turbine shaft is made from 42CrMo alloy steel, known for its high hardness and excellent ductility. This combination provides the necessary toughness to handle the intense operational demands while maintaining flexibility to prevent fractures.

H62, can bear heavy working load.
Machined from cooper bar
Processing technic: CNC production
Higher hardness and smoothness.
Not normal powder metallurgy technic, which is easy to be break.
Material: H62 Copper Bar
Processing technique: Uses CNC production techniques, ensuring superior hardness and an exceptionally smooth finish, far surpassing the quality of traditional manufacturing methods. Unlike standard powder metallurgy techniques, which can result in materials prone to breaking, our CNC production process guarantees enhanced durability and strength. H62 copper bars are able to withstand heavy working loads, making them ideal for demanding applications.