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With the deepening of research on spherical magnesium oxide, the “potential” of spherical magnesium oxide has been continuously developed. Now we can understand that spherical magnesium oxide has a wide range of applications and is very efficient. Today, we will take you to explore why the application of spherical magnesium oxide in liquid chromatography has

Hebei Messi Biology Co., Ltd. stated that there are reports in the prior art that magnesium oxide is used to precipitate nickel hydroxide, but the high cost of magnesium oxide leads to high production costs of nickel hydroxide, which is not conducive to industrial applications. The invention provides a nickel hydroxide and a preparation method

Hebei Messi Biology Co., Ltd. stated that magnesium oxide is currently one of the most potential curing/stabilizing repair materials. Using magnesia itself as a gelling agent, or magnesia-based green cement developed on the basis of magnesia, have shown excellent remediation effects in the stabilization and restoration of heavy metals in soil. Compared with the traditional

Magnesium oxide has good properties such as chemical inertness, heat resistance, insulation and thermal conductivity. For specific application backgrounds and applications, adjusting the morphology and surface properties of magnesium oxide will provide a new source for the application of special morphology magnesium oxide. A wider space. Spherical magnesium oxide is a good example, it is

Adding magnesium oxide to the resin is mainly used as a reaction accelerator and curing agent. The addition of magnesium oxide can effectively improve the curing effect and reaction speed of the resin, and improve production efficiency. Therefore, magnesium oxide will appear in ABS resin, phenolic resin, synthetic resin, epoxy resin, polyurethane material, polymer resin,