Europe style for Carbon Refractory Graphite Electrode - Regular Power Graphite Electrode – Hexi
Europe style for Carbon Refractory Graphite Electrode - Regular Power Graphite Electrode – Hexi Detail:
The main raw material of ordinary power graphite electrode body is high-quality petroleum coke, which is mainly used in electric arc furnace for steelmaking. The production process includes calcination, batching, kneading, forming, roasting, graphitization and machining. The raw materials of nipple are needle coke and high-quality petroleum coke, and the production process includes one impregnation and two roasting.
Hexi Carbon is a manufacturing company that produces, sells, exports and provides graphite electrodes for wide application.


Our ordinary power graphite electrode is mainly used for electric arc furnace steelmaking. Our price is fair and competitive. Our company promises free consultation and installation, free after-sales tracking and unconditional return of quality problems.
The standard of regular power graphite electrode and nipple

RP Graphite electrode Permissible current load

Product detail pictures:

Related Product Guide:
Our solutions are widely regarded and trustworthy by consumers and may meet continually modifying financial and social requirements for Europe style for Carbon Refractory Graphite Electrode - Regular Power Graphite Electrode – Hexi, The product will supply to all over the world, such as: Belgium, Canada, Ghana, Thus far, our item associated with printer dtg a4 may be shown in most foreign nations as well as urban centers, which are sought after simply by targeted traffic. We all highly imagine that now we have the full capacity to present you with contented merchandise. Desire to collect requests of your stuff and produce the long-term co-operation partnership. We very seriously promise:Csame top quality, better price; exact same selling price, higher quality.
We feel easy to cooperate with this company, the supplier is very responsible, thanks.There will be more in-depth cooperation.




