Loading
Long Life Refractory Lining
Long Life Refractory Lining
What is about Rongsheng Refractory UHP graphite electrodes? The ultra-high power graphite electrode produced by Rongsheng Refractory is produced with high-grade needle coke, and the graphitization temperature is as high…
Read moreThe aluminum-silicon refractory bricks are mainly used in preheaters, decomposing furnaces, tertiary air ducts, kiln door covers, grate coolers, cement rotary kiln decomposition zones, and upper and lower transition zones.…
Read moreThere are many manufacturers of uhp graphite electrodes, and different manufacturers have promised to customers the most satisfactory products. Then, how to choose the production and supply manufacturers and where…
Read moreAlkaline refractory bricks are mainly used in cement rotary kiln firing belts and upper and lower transition belts. The alkaline refractory material is mainly a refractory material mainly composed of…
Read moreIn September, one of the famous unshaped refractory producer and trader in Iran comes to RS Group for a business negotiation. During the customer’s visit, Mr. Chu, chairman of RS…
Read moreThe choice of graphite for electrodes is mainly considered for the following reasons: (1) Faster processing speed: Under normal circumstances, the machining speed of graphite can be 2~5 times faster…
Read moreHigh aluminum low cement castable is a high-quality amorphous refractory. It has the advantages of high density, high strength, low porosity and wear resistance, thermal shock resistance, and corrosion resistance.…
Read moreComparison in electrical discharge machining: graphite electrode has low loss, high removal rate, and no pollution to the environment in the electrolyte. More stable and not deformed. Advantages of graphite…
Read moreLow cement castables refer to castables with lower cement content, and the amount of cement is about 5%. The purpose of reducing the amount of cement is to improve the…
Read moreAttention should be paid to the recovery of graphite electrodes: (1) The source of the waste graphite electrode, the quality of the waste graphite electrode itself and the degree of…
Read more