Low Carbon Iron, chromium, and a significant amount of carbon (usually 6-8%) make up the alloy known as ferro chrome. In the process of making stainless steel and specialty steels, it serves as an alloying agent. The alloys high carbon content gives it more hardness and wear resistance. It increases corrosion resistance by aiding in the production of a protective oxide layer. In order to boost the chromium content of molten steel during the steelmaking process, HC FeCr is added. As a result, stainless steel has better corrosion, heat, and wear resistance. It is used in consumables for welding as well as cutting tools, dies, and wear-resistant parts. Applications requiring refractory materials can benefit from its high melting point and thermal stability. An important product in the ferroalloy market is HC FeCr.
High Carbon Ferro Chrome-Size: 10 - 150MM; 10-100 MM; - 150 MM(HC FeCr) | ||||||||||
Cr | Si | C | P | S | ||||||
57%-63% | 4% Max | 8% Max | 0.40% Max | 0.05% Max | ||||||
57%-63% | 4% Max | 8% Max | 0.020% Max | 0.05% Max | ||||||
57%-63% | 4% Max | 8% Max | 0.15% Max | 0.05% Max |
Price: