Quick Details
- Processing Time:3 DAYS
- Port:Tianjin port
- Supply Ability: 20000 Tons Per Year
- Brand Name:AO HUI
DESCRIPTION
UHP
graphite electrode is
used for the recycling of steel in the electric arc furnace industry. Its main ingredient is high-value needle coke which is made from either petroleum or coal tar. Graphite electrodes are
finished with a cylinder shape and machined with threaded areas at each end. In this way, the graphite electrodes can be assembled into an electrode column using electrode nipple.
In order to meet the requirement of higher work efficiency and lower total cost, large capacity ultra-high power arc furnaces are becoming more and more popular. Because of this, UHP graphite
electrodes with diameters of over 500 mm will dominate market.
Company Information
Linzhang county Ao Hui carbon products Co,.Ltd. Is a factory located in graphite electrode
production industrial zone,Handan city ,Hebei province,in northern of China. Who is a manufacturer specialized in produce the graphite products with more than 15 years experience and have the
advanced processing equipment and facilities,the processing capacity,scale and suiting equipment reached to the domestic advanced company covering an area of 36000 square location near the
highway and railway ,Convenient transportation bring more cooperation opportunities.The main products we could supply as: 1.Regular Power Graphite Electrodes, High
Power Graphite Electrodes and Ultra High Power Graphite Electrodes, for metallurgy and steel making. The annual capacity is 20 thousands MT.2.In
addition,various of graphite electrode nipple and graphite shaped products could be supplied as customers’ request.3.The co-product such as graphite block and powdered could be supplied as
well.The physical and chemical indexes and quality of the products are stable and reliable ,has reached the domestic and international advanced level on account of the company paid high attention to
the management of quality and passed the ISO9001:2015 quality management system standard accreditation.