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FeC Composite Pellets for BOF Factory Leading China Suppliers
High-performance Fe-C composite pellets for BOF produced by a leading China factory. Our professional suppliers provide spherical alloy materials to increase end-point temperature and reduce production costs in steelmaking.
SupplierXingtai Luxi Environmental Protection Technology Co., Ltd.www.xingtailuxi.com
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About this product
Product information from the supplier.
Fe-C Composite Pellets for BOF (Basic Oxygen Furnace) are high-performance spherical alloy materials engineered through advanced composite technology. By precisely mixing iron powder and carbon powder, these pellets offer exceptional oxidation and corrosion resistance, coupled with superior elasticity and extensibility, making them an essential additive for modern steelmaking.
Specifically designed to optimize the steel-making process, Fe-C composite pellets significantly enhance production efficiency and steel quality. By shortening tap-to-tap time and reducing overall production costs, these pellets ensure a safer and more streamlined operation while maintaining the stringent purity levels required for high-grade steel production.
Detailed Parameters
| Grade LXTHJ45 Fe(%) | ≥45% | Grade LXTHJ45 C(%) | ≥22% |
|---|---|---|---|
| Grade LXTHJ45 SiO2(%) | ≤15% | Grade LXTHJ45 S(%) | ≤0.2% |
| Grade LXTHJ45 P(%) | ≤0.08% | Grade LXTHJ40 Fe(%) | ≥40% |
| Grade LXTHJ40 C(%) | ≥25% | Grade LXTHJ40 SiO2(%) | ≤10% |
| Grade LXTHJ40 S(%) | ≤0.4% | Grade LXTHJ40 P(%) | ≤0.1% |
Key Advantages
Oxidation Resistance
Engineered with composite technology to resist oxidation, ensuring maximum carbon recovery during the BOF process.
Shortened Cycle Time
Effectively reduces tap-to-tap time, increasing the overall throughput and efficiency of the steel plant.
Clean Steel Production
Ultra-low trace element content prevents contamination, facilitating the production of high-purity clean steel.
Thermal Efficiency
Adding 1kg/ton can increase the BOF end-point temperature by approximately 1.4 degrees Celsius.
Cost Reduction
Reduces steel material consumption by about 1.2kg/ton for every 1kg/ton of composite pellets added.
Enhanced Safety
Optimizes the reaction stability within the converter, improving the safety of the steel production process.
Product Gallery
Management Platforms
Loading Protocol
Maintain normal control of molten iron and scrap loading to ensure base stability.
Timing Optimization
Add pellets after scrap loading and before blowing for optimal reaction kinetics.
Dosage Control
Total amount should not be less than 15kg/ton, added in 2-3kg/ton bunches.
Temperature Monitoring
Adjust addition frequency based on real-time temperature and slag melting status.
Bulk Material Integration
Integrate other bulk material additions according to standard operating procedures.
Data Optimization
Track actual performance and conduct statistics to optimize loading time and amounts.
Investment Return Comparison
| Performance Metric | Standard Process | With Fe-C Pellets |
|---|---|---|
| End-Point Temp | Baseline | +1.4°C per 1kg/ton |
| Steel Material Use | Baseline | -1.2kg/ton per 1kg/ton |
| Cycle Time | Standard | Significantly Reduced |
| Steel Purity | Standard | Higher (Clean Steel) |
| Production Cost | Standard | Optimized/Lowered |
Frequently Asked Questions
Q: What are the primary benefits of using Fe-C composite pellets in BOF?
They improve steel-making efficiency by increasing end-point temperatures, reducing scrap consumption, shortening tap-to-tap time, and ensuring the production of clean steel due to low trace elements.
Q: When should Fe-C composite pellets be added to the converter?
The pellets should be added after the loading of scrap has been completed and before the blowing process begins.
Q: What is the recommended dosage for Fe-C composite pellets?
It is recommended that the total amount added be no less than 15kg/ton, distributed in bunches of 2-3kg/ton depending on the slag melting situation and temperature.
Q: Can the chemical composition of the pellets be customized?
Yes, we can provide high-grade, low-trace element products tailored to specific customer requests and technical requirements.
Q: How do these pellets impact the end-point temperature of the BOF?
For every 1kg/ton of Fe-C composite pellets added, the end-point temperature of the BOF can typically be increased by about 1.4 degrees Celsius.
Q: Which ports are available for the delivery of these alloy materials?
Our products are typically delivered via Xingang Port or Qingdao Port, China, depending on the customer's logistics preference.
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Xingtai Luxi Environmental Protection Technology Co., Ltd.
