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Production Process Of Electrical Grade Magnesium Oxide

- Jan 06, 2019 -

With 98 high-quality iron fused magnesia or 98 crystal; Magnesium Oxide highly refractory insulation performance. The high temperature above 1000 DEG burning can be transformed into crystal, rose to more than 1500 DEG C is dead burning Magnesium Oxide or sintered Magnesium Oxide.

Two

First of all, it needs to be broken, and then iron is removed many times. Magnesium Oxide has high fire resistance and insulation performance. It can be changed into crystal by burning at high temperature above 1000 degrees, and then it will be burned Magnesium Oxide or sintered Magnesium Oxide when it rises above 1500 degrees centigrade

Three

Add a variety of additives, diluent for neutralization. Magnesium Oxide has high fire resistance and insulation performance. It can be transformed into crystal at high temperature above 1000 degrees, and then burned to Magnesium Oxide or sintered Magnesium Oxide when it rises above 1500 degrees centigrade

Four

Then mix and mix, and finally filter. Magnesium Oxide has a highly refractory insulation performance. The high temperature above 1000 DEG burning can be transformed into crystal, rose to more than 1500 DEG C is dead burning Magnesium Oxide or Magnesium Oxide. Using 98 high quality sintered iron fused magnesia or 98 crystal; Magnesium Oxide highly refractory insulation performance. The above 1000 degrees high temperature burning can be transformed into crystal, rose to 1500 C is dead burning Magnesium Oxide or Magnesium Oxide. Sintering