High temperature red hardness tantinium carbide rods
Tungsten carbide titanium carbide round bar is a high-performance bar made by powder metallurgy process, with titanium carbide as the main hard phase and cobalt or nickel as the binder phase. Its hardness is as high as HRC85 or above, and its wear resistance is far more than that of ordinary steel, even in the high temperature environment of 500℃ or above, it can still maintain stable performance. This round bar dimensional accuracy is extremely high, diameter tolerance can be controlled in ± 0.01mm, surface roughness as low as Ra0.02μm, very suitable for making precision cutting tools, mold cores and so on. In the processing of stainless steel, titanium alloys and other difficult-to-cut materials, the life of tools made of it is 10-20 times that of high-speed steel tools, which can significantly improve productivity.
Send product request
Other supplier products
| Special titanium carbide hard alloy guide wheel for spring steel wire drawing | Hard alloy titanium carbide guide wheels are key guiding components in the production of wire and tube materials. They are made by powder metallurg... | |
| Titanium carbide rods in stock can be cut as needed | Compared with traditional high-speed steel bars, the cutting speed achievable with titanium carbide hard alloy round bars can be increased by 3 to ... | |
| Support multi-specification processing of carbide rods | Tungsten carbide titanium carbide round bar is a high-performance bar made by powder metallurgy process, with titanium carbide as the main hard p... | |
| Titanium carbide guide wheel with uniform overall density | Titanium carbide guide wheel is a high-performance transmission component made of titanium carbide as the core material. It is extremely high har... | |
| Significantly improves coating density and abrasion resistance Chromium Carbide Powder | The hardness of the powder is high, with a microhardness of up to 2200HV. The wear-resistant coating prepared from it can reach a hardness of ove... |

















