Mechanical properties of silicon carbide
Silicon carbide is a kind of synthetic carbide with molecular formula of SiC. It is usually formed of silicon dioxide and carbon at a high temperature of 2000. D egree.
Continue ReadingEffect of residual roots on the properties of electrode paste
Prebaked anode residue is the part that needs to be replaced from the electrolytic cell with a new root in order to prevent the steel claw from melting after the prebaked anode is used on the electrolytic cell for a cycle.
Continue ReadingAdvantages of new model electrode paste
The new electrode paste is composed of refined raw coal, desulfurizer, combustion supporting agent and other substances.
Continue ReadingControl parameters of electrode paste
Electrode paste is a conductive material for ferroalloy furnace, calcium carbide furnace and other electric furnace equipment.
Continue ReadingPreventive measures for electrode paste production
Calcium carbide production enterprises should ensure that the quality of electrode paste is qualified.
Continue ReadingRaw materials for making electrode paste
A paste that binds solid carbon materials with a binder and begins to soften at about 60 ℃. The raw materials for making electrode paste include solid carbon materials and adhesives.
Continue ReadingConversion between electrode paste mesh and millimeter unit
The specifications of standard sieves vary from country to country. The commonly used Taylor system takes the number of holes per inch as the sieve number
Continue ReadingProperties of electrode paste
Electrode paste is a conductive material for ferroalloy furnace, calcium carbide furnace and other electric furnace equipment.
Continue ReadingThe importance of electrode paste in thermoelectric furnace
In order to make the electrode work normally under high temperature in the electric arc furnace, the electrode itself needs to have good conductivity
Continue ReadingCause analysis of electrode paste turning around
Because its technology is antique, the problems in use are certainly not too complicated, and the reasons can always be found.
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