Large Closed Mineral Furnace Electrode Paste

• Customization: Available
• Material: Carbon
• Refractoriness (℃): Refractoriness> 2000
• Model NO.: customize
• FC: Min.82%
• Ash: 1.5-6.5%
• Volatile: 10-16%
• Resistivity: 68-90μΩm
• Plasticity: 20-30%
• Binder: 21.9-24.4
• Feature: Long Time Materials
• Type: Refractory Material
• Transport Package: Jumbo Ba
• Trademark: SINCERCARBON
• Origin: China
• HS Code: 38013000
• Production Capacity: 50000t/Y

Product Description

Electrode paste is a conductive material used for self baking electrodes in various types of ferroalloys, calcium carbide, and other ore furnaces. Due to different design parameters of the submerged arc furnace, different electrode quality parameters are required. The electrode paste used for self baking electrodes is mainly produced from high-quality Taixi anthracite, residual anode, artificial graphite, petroleum coke, and other raw materials. The electrode paste product is prepared by blending, kneading, and shaping. With the rapid development of mining heat furnace technology, electrodes, as the heart of normal operation of mining heat furnaces, require increasingly strict quality requirements for electrode paste. Our company is closely following the development of ore heating furnace technology and constantly committed to the research of electrode paste formula, process, and technology. Our products are not limited to meeting national industry standards, but also focus on precise customization of electrode paste that meets the quality requirements of each furnace according to different furnace types. As early as 2014, the company successfully developed an electrode paste with a diameter of 1.9 meters that matched the self baking electrode required for the world's largest 63000KVA large silicon iron ore hot furnace. It has been running smoothly since use, and the production and smelting are in the best state.

 

ITEM	VALUE
FC (%)	≥82
ASH (%)	1.5-6.5
RESISTIVITY (μΩm)	68-90
DIMENSIONS (mm)	Φ(400-500)x1000
PLASTICITY  (%)	20-30
BINDER   (%)	21.9-24.4
VOLATILE  (%)	12-16