Global leader in black metal smelting, optimizing the supply chain from the bauxite mine to high-performance industrial alloys.
Our smelting process begins with a strategic partnership with the bauxite mine, ensuring raw material purity and supply chain stability for all ferroalloy outputs.
Direct integration with premium bauxite sources to guarantee chemical consistency and minimize impurity levels in the smelting stage.
Advanced electric arc furnace technology ensuring precise temperature control for optimal ferroalloy phase separation.
Strict adherence to ASTM and ISO standards, delivering alloys with certified chemical compositions for global exports.
Reducing carbon footprints by utilizing waste-heat recovery systems during the ferroalloy reduction process.
Optimized port-to-factory routes ensuring timely delivery of smelting materials and finished alloys.
Tailoring the ratio of elements based on specific client requirements for specialized industrial applications.
| Material Name | Pure Alumina (%) | Iron Content (%) | Melting Point (°C) | Density (g/cm³) | Standard |
|---|---|---|---|---|---|
| Ferrosilicon Grade A | 45.2% | 22.1% | 1200 | 3.2 | ASTM-S1 |
| Ferromanganese High | 38.5% | 65.4% | 1300 | 4.1 | ISO-M2 |
| Ferrochrome Standard | 42.1% | 72.8% | 1600 | 4.5 | ASTM-C1 |
| Ferrovanadium Pure | 31.4% | 78.2% | 1800 | 6.1 | ISO-V3 |
| Ferroboron Industrial | 25.6% | 81.1% | 1500 | 3.8 | ASTM-B1 |
| Ferrosilicon Grade B | 43.8% | 24.5% | 3.1 | ISO-S2 | |
| Ferromanganese Low | 36.1% | 62.3% | 1310 | 4.0 | ASTM-M2 |
| Ferrochrome High | 44.5% | 75.1% | 1620 | 4.6 | ISO-C1 |
Reduced impurity by 12% by utilizing our direct bauxite mine integration for high-grade ferrochrome.
Custom ferrosilicon mix for high-strength engine components, improving thermal stability by 15%.
Supplied 5000+ tons of ferrovanadium for corrosion-resistant structural steel in coastal regions.
Integrated high-purity ferromanganese for wear-resistant gear sets, extending life by 20%.
High-efficiency ferroboron supply for specialized hull plating in deep-sea exploration ships.
Ultra-pure vanadium alloys for turbine blade coatings, meeting extreme heat resistance specs.
Enhancing chassis strength and impact absorption through precision ferro-manganese alloys.
Producing ultra-wear-resistant rails using specialized ferro-chrome smelting processes.
Providing ferro-vanadium for high-torque tool steel with superior hardness and longevity.
High-precision ferro-silicon for aluminum-alloy aerospace parts with zero contamination.
Specialized alloys for high-voltage cable armor, optimizing conductivity and strength.
Ultra-hard ferroalloys for drill bits and excavation teeth used in high-abrasion environments.
Every batch undergoes Spectrometric analysis to ensure the purity levels meet client specifications.
Vacuum-sealed and moisture-proof packaging ensuring no degradation during long-distance maritime transport.
Full transparency with third-party weight and quality certification provided before shipment.
Direct sourcing ensures we control the phosphorus and sulfur levels from the start, which is critical for high-grade ferroalloy smelting.
Sample lead time is generally 7 days, while full industrial shipments depend on the volume and port of destination.
Yes, we can adjust the ratio of silicon, manganese, or chrome to meet your specific metallurgy requirements.
Our facility is ISO 9001 certified, and all products are tested against ASTM international metallurgical standards.
By owning and managing a direct bauxite mine, we bypass middle-market volatility and offer locked-in pricing for long-term contracts.
Our combined facilities produce 2000+ tons of high-grade ferroalloys annually, scaling according to global demand.
Leverage the power of integrated smelting from bauxite mine to finished alloy. Get high-purity materials with guaranteed delivery.