Zhengzhou Rongsheng Refractory Co., Ltd.
                                                                                                           
Verified Supplier
15 Years
Since 2011
Menu

Uhp/Hp/Rp Arc Furnace Carbon Graphite Electrodes For Eaf

Price Negotiable
Price: Negotiable
MOQ: Negotiable
Delivery Time: Negotiable
Brand: RONGSHENG
Product Description

Uhp/Hp/Rp Arc Furnace Carbon Graphite Electrodes Price Graphite Electrode For Eaf

Description of Graphite Electrode

 
Graphite Electrode is made of high-quality low ash materials, such as petroleum coke, needle coke and coal pitch.after calcining,burdening,kneading,forming,baking and pressure impregnation, graphitization and then precision machined with professional CNC machining.such of the products own characteristics with low resistivity, good electrical conductivity ,low ash, compact structure,good anti oxidation and high mechanical strength, Widely used in LF, EAF for steel making industry, Non-ferrous industry, silicon and phosphorus industry.so it is the best conductive material for electric arc furnace and smelting furnace.

Advantages of Graphite Electrode

1, The process of graphite electrode production is simple, high efficiency, small graphite loss 2, Fast processing speed, lower production costs 3, Different sizes available, including large diameter 4, Our graphite electrodes are very durable and have a long service life
5,Our graphite electrodes are with low electric resistance, high density, high anti-oxidation capability, precise machining accuracy, especially with low sulphur and low ash will not give steel second time

Get in Touch

Have questions about our products or want to discuss a custom order? Our team is ready to help you.

Company Zhengzhou Rongsheng Refractory Co., Ltd.
Location 10th & 11th Floors, No.6 Building, Central China Electronic Commerce Port, Daxue Road, Erqi District, ZhengZhou City, Henan Province, China
Contact Person Pika

Request A Quote

Please check your email address.
Your message must be at least 20 characters.