Uhp Graphite Electrode Hp250 Rp250 Uhp250 For Smelting Furnace

Graphite electrode is a major conduction material used in the electric smelting industry, which has the properties of superior electric conductivity ,thermal conductivity ,high mechanical strength, oxidation and corrosion resistance in high temperature .Graphite electrode  is typically used in EAF (for smelting steel),submerged arc furnace (for producing ferroalloy ,pure silicon, phosphor, matte ,calcium carbide ,etc. And electric resistance furnace ,such as graphitization furnace producing graphite electrodes, glass-melting furnace ,electric  furnaces producing carborundum, etc.

Graphite electrodes are classified into RP,HD,HP and UHP.

I plant the production of high-power graphite electrode, ultra-high power graphite electrode. Raw materials selected high-quality needle-shaped coke through high-pressure molding, calcination, graphite, machining, such as a set of production. Suitable for steel mills, foundries, smelters, with low resistance, high resistance strength, high density, low ash and other advantages, our factory graphite products have antioxidant, low ton consumption and other advantages.

Notes of the use of graphite electrode 

1.The electrode holder should be held in the place beyond the security line of the top electrode;otherwise, the electrode would be easily broken.the contact surface between the holder and the electrode should be cleaned up regularly to maintain a good contacting,the cooling jacket of the holder shall be avoided from water leakage. 
2.Identify the reasons it there is gap in the electrode junction,do not use them until the gap is eliminated. 
3.If there is falling off of nipple bolt when connecting electrodes,it is necessary to complete the nipple bolt. 
4.The application of electrode should avoid of tilting operation, particularly , the gr.oup of connected electrodes should not be put horizontally so as to prevent from breaking. 
5.When charging materials to the furnace,the bulk materials should be charged to the place of the furnace bottom,so as to minimize the impact of the large furnace materials on the electrodes.