Overview
It has the advantages of high production efficiency, low processing hours, low cost, and low consumption of materials. When using general cutting methods to manufacture parts, the material utilization rate is 40-50% or even lower, while the material utilization rate of powder metallurgy methods can reach over 95%. In many cases, iron-based powder metallurgy shaft sleeves can be used instead of copper alloy shaft sleeves, thereby saving a large amount of non-ferrous metals. Moreover, the produced parts have stable performance, wear resistance, and high precision requirements, which has significant economic benefits compared to parts manufactured by other metal cutting methods.
| Applications | The product is widely used in household appliances, power tools, textile machinery, chemical machinery, automotive industry, etc |
| Maximum bearing pressure | 350N/mm² |
| Maximum temperature | -80~+160℃ |
| Maximum sliding speed | 2.5m/s |
| Alloy material | CuSn6-6-3 |
| Maximum PV value | 2.45 N/mm².m/s |