Fast delivery Hp Grade Graphite Electrodes - RP 550mm Graphite Electrode – Hexi
Fast delivery Hp Grade Graphite Electrodes - RP 550mm Graphite Electrode – Hexi Detail:
This kind of graphite electrode is mainly made of petroleum coke. It is allowed to carry the current density less than 12～14A/㎡. Generally it is used in regular power electric arc furnace for steel making, silicon making, yellow phosphorus making etc.
Application
Graphite electrodes are widely used for production of alloy steels, metal and other nonmetallic materials.
* DC or AC electric arc furnace.
* Submerged arc furnace(abbreviated as SAF).
* Ladle furnace.
Certificates
Our products have passed ISO 9001 Quality Management System, and also we have been qualified to export graphite electrodes to the world by the authorization of Chinese goverment. With the good quality and excellent after sales service, our products are in a great demand in the world market.
Product detail pictures:
Related Product Guide:
"Control the standard by the details, show the power by quality". Our organization has strived to establish a highly efficient and stable employees team and explored an effective high-quality command method for Fast delivery Hp Grade Graphite Electrodes - RP 550mm Graphite Electrode – Hexi, The product will supply to all over the world, such as: Kyrgyzstan, Denver, Luxemburg, The company attaches great importance to product quality and service quality, based on the business philosophy "good with people, genuine to whole world, your satisfaction is our pursuit". we design products, According to customer's sample and requirements, to meet the needs of the market and offer different customers with personalized service. Our company warmly welcomes friends at home and abroad to visit, to discuss cooperation and seek common development!
By Dale from Pakistan - 2018.12.14 15:26
The sales manager is very patient, we communicated about three days before we decided to cooperate, finally, we are very satisfied with this cooperation!
By Grace from Monaco - 2017.07.28 15:46
