
2025-12-25
Product Name: Ultra-High Power Graphite Electrode
Product Specifications: Diameter Φ200-600mm, customizable length; equipped with national standard electrode connectors, compatible with various ultra-high power electric arc furnaces.
I. Core Advantages
1. High Conductivity and Low Resistance: Made from high-quality needle coke raw materials and treated with high-temperature graphitization, it exhibits excellent conductivity, effectively reducing electric furnace energy consumption and improving smelting efficiency.
2. Thermal Shock Resistance and Corrosion Resistance: The dense internal structure gives the product superior resistance to thermal shock. It is not easily oxidized or cracked in high-temperature smelting environments, and its service life far exceeds that of ordinary electrodes.
3. Precise Machining and Strong Adaptability: Precision machined by CNC lathes, the electrode end face has high flatness, ensuring a tight connection with the connector, easy installation, and stable compatibility with ultra-high power steelmaking electric arc furnaces, submerged arc furnaces, and other equipment.
4. Source Factory with Controllable Quality: We have our own production line, with full-process quality inspection from raw material selection to finished product delivery. It meets national metallurgical industry standards and supports bulk stock supply and non-standard customization.
II. Applicable Scenarios
Widely used in ultra-high power electric arc furnace steelmaking, non-ferrous metal smelting, ferroalloy production, and other fields, it is a core consumable for achieving efficient and energy-saving smelting in the metallurgical industry.
III. Service Guarantee
1. Supports customized specifications and sizes to meet the personalized production needs of different customers;
2. Bulk purchases enjoy factory direct pricing, with dedicated logistics lines to ensure safe and timely delivery;
3. Provides comprehensive pre-sales technical consulting and after-sales quality tracking services to address customer concerns.