Chromium metal with a purity exceeding 99% is primarily used to introduce high-grade chromium into specialty steels, without adding excessive iron or other impurities.
Key Characteristics
Low Carbon Content
Carbon levels are significantly lower than standard grades, enhancing suitability for high-performance and high-end steel applications.
Controlled Production Process
1The manufacturing process is tightly controlled to ensure minimal impurity levels and consistent quality.
Typical Specifications:
Cr: 99.00% min
C: 0.01% max
Fe: 0.25% max
Si: 0.10% max
P: 0.005% max
S: 0.01% max
Al: 0.1% max
N: 0.03% max
O: 0.1% max
Applications
Speciality/Engineering Steels
Ideal for applications requiring high chromium content and very low impurity levels (S, P, Si, Fe).
Superalloys & Heat-Resistant Alloys:
Provides excellent corrosion and oxidation resistance in demanding environments.
Foundry Applications: Used in high-grade alloys to enhance wear resistance and hardness.
Benefits
Improved Corrosion Resistance
The low carbon content contributes to enhanced resistance to oxidation and corrosion in steel products.
Enhanced Mechanical Properties
Supports improved toughness, ductility, and overall strength in finished materials.
Market Demand
With increasing industry focus on high-performance materials and reduced environmental impact, demand for high-purity chromium metal continues to grow—particularly in sectors prioritising advanced material solutions.
Chromium Metal
Extra Low Carbon Ferro Chrome
Low Carbon Ferro Chrome Powder
Ferro Molybdenum
Ferro Vanadium
Low Carbon Ferro Chrome