Graphite electrode is believed to be familiar to all, is a new industrial material in recent years, its application is very extensive, application fields, by the customer unanimously recognized. But many customers do not know how to use it very well, here is to introduce to you. 1. When using graphite electrodes, it is necessary to

Graphite electrode steelmaking is to input electric energy into the electric arc steelmaking furnace through the graphite electrode, and the electric arc generated between the electrode end and the charge is used as the heat source for steelmaking. The electric arc furnace uses electric energy as the heat source, and the atmosphere in the furnace

Characteristics of discharge parameters of graphite electrode (1) peak current (IP) Features: the larger the peak current, the smaller the electrode loss, the larger the surface roughness; under certain area conditions, the faster the processing speed. When the peak current is more than 12 A, the electrode loss reaches the minimum value; When the peak current

When it comes to graphite electrodes, we are all familiar. Almost everyone has the experience of breaking up the dry battery when they are young, and then scribbling with the carbon rods inside. Although carbon rods are not strictly defined as graphite products, they do not contain much material. In fact, we can also imagine that

At present, many enterprises engaged in solar photovoltaic industry join in the production of monocrystalline silicon. Due to different industries, some enterprises lack of relevant knowledge about how to use graphite materials correctly, so there are many problems in daily production. It is very important for us to understand and master the characteristics of graphite materials for

The anti-oxidation coating graphite electrode produced by graphite electrode manufacturers refers to the graphite electrode coated with an anti-oxidation protective layer (graphite electrode antioxidant). The anti-oxidation coating forms a protective layer that can conduct electricity and resist high temperature oxidation, which can reduce electrode consumption (19% – 50%), prolong the service life of graphite electrode (22% –