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High Performance Electrode Paste China Factory and Reliable Suppliers
Our high-performance Electrode Paste is a specialized conductive material engineered specifically for self-baking electrodes used in ferroalloy, calcium carbide, and various ore smelting furnaces. Manufactured using premium raw materials including Taixi anthracite, residual anodes, artificial graphite, and petroleum coke, our paste ensures optimal electrical conductivity and structural integrity under extreme thermal conditions.
Understanding that every submerged arc furnace has unique design parameters, we specialize in precise customization. From standard industrial grades to high-capacity solutions—such as our proven 1.9-meter diameter paste for 63,000KVA silicon iron furnaces—we deliver tailored formulas that enhance smelting efficiency, reduce energy consumption, and extend the operational lifespan of your heating furnace heart.
Detailed Parameters
| Material Composition | Carbon (Petroleum Coke, Graphite) | Refractoriness | > 2000 ºC |
|---|---|---|---|
| Fixed Carbon | More Than 85% | Volatile Matter | 9-12% |
| Production Capacity | 50,000t / Year | Origin | Hebei, China |
| HS Code | 38013000 | Forming Method | Molded Graphite |
| Customization | Available (Specification Based) | Package | Jumbo Bag |
Key Advantages
Extreme Heat Resistance
With a refractoriness exceeding 2000ºC, our paste maintains stability in the most demanding thermal environments.
Enhanced Durability
High compressive strength and optimized volume density reduce electrode wear and operational downtime.
Superior Conductivity
Precisely controlled resistivity ensures efficient current transmission and stable arc discharge during smelting.
Custom Formula Design
We tailor the chemical composition to match the specific requirements of your furnace type and ore grade.
Proven Track Record
Successfully deployed in the world's largest silicon iron furnaces with stable, long-term performance.
Strict Quality Control
Adherence to national industry standards and rigorous testing for ash and volatile matter content.
Product Gallery
Management Platforms
Raw Material Sourcing
Strict selection of Taixi anthracite and needle coke to ensure high purity and carbon content.
Advanced Kneading
Utilizing high-precision kneading pots for a homogenous blend of binders and carbon powder.
Thermal Processing
Controlled melting and dehydration processes to eliminate moisture and ensure bonding strength.
Precision Molding
Automatic molding systems to produce consistent briquette dimensions and volume density.
Quality Assurance
Rigorous lab testing for resistivity, ash content, and compressive strength per batch.
Logistical Efficiency
Strategically managed 18,000m² workshop ensuring fast turnaround and global shipping.
Investment Return Comparison
| Grade Type | Resistivity (μΩm) | Compressive Strength |
|---|---|---|
| Airtight Paste | 65-75 | 17-18 Mpa |
| Standard Paste | 80-90 | 20-22 Mpa |
| Chemical Paste | 90 | 18 Mpa |
| Volume Density | 1.37g/cm³ | Consistent Across All |
| Ash Content | 4.0% - 11% | Optimized per Grade |
Frequently Asked Questions
It is used as a continuous additive for self-baking electrodes in electric furnaces producing pig iron, silicon, calcium carbide, and various ferroalloys.
Yes, we provide precise customization based on furnace type and capacity, including large-scale solutions up to 1.9m diameter for high-KVA furnaces.
We use high-quality Taixi anthracite, petroleum coke, artificial graphite, and residual anodes, bonded with high-grade coal pitch.
The minimum order quantity is 20 tons, which typically fills one 20-foot FCL container.
By using high-fixed carbon materials (over 85%) and a strict sintering process, we ensure a refractoriness exceeding 2000ºC.
Delivery is typically 2-3 weeks after deposit, with terms available in FOB, CFR, and CIF.
Ready to Optimize Your Smelting Efficiency with Premium Electrode Paste?
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