Advances in Powder Dispersion Technology In recent years, the research results obtained by the Basic Research Institute of Liquid Rheology have provided a solid theoretical basis for powder dispersion technology, which has led to a dramatic development in the quality and performance of Japan's amorphous refractory materials. The scope of application continues to expand. At present, the output of Japan's monolithic refractories has reached more than 60% of the total output of refractories, and this has led to the development of Japanese unshaped refractories construction equipment and related technologies. The technical characteristics of its products are as follows: The composite of refractory materials with a high degree of compositing refractory materials has been composited from the original pure refractory products, such as magnesium chrome bricks, magnesium carbon bricks, etc., and gradually turned to composite refractory materials. For example, by synthesizing a single compound MgO, Al, etc. as a composite oxide MgO#Al Sialon, it is widely used in various fields of refractory materials.
The importance of environmental protection technologies entered the late 1970s. As steel companies increasingly valued environmental issues, they also put forward strict requirements on the working conditions before the furnace. To this end, Japan's refractory companies have also developed a number of environmentally friendly refractory products. For example, smokeless, odorless magnesia carbon bricks and aluminum-magnesia carbon bricks, resin-based blast furnace muds (an alternative to asphalt-based blast furnace gunk mites), and spinel bricks for refining (an alternative to magnesite-chrome bricks). However, in addition to pollution prevention measures in recent years, that is, the requirement for harmless emissions, more and more stringent requirements have been put on the amount of waste discharged, which has promoted the development of repair-unshaped refractories technology.
Dimethyl Malonate is a common organic reagents, dimethyl malonate is an important raw material for the production of pharmaceutical pipemidic acid. Foreign dimethyl malonate is mainly used as non-ethoxymethylene process production of pipaic acid raw materials, and orthoformate and urea reaction production of pipemidic acid
Monopotassium Phosphate in the application of detection and production applications play an important role
Organic Intermediate,Inorganic Salt,Dimethyl Malonate,Monopotassium Phosphate,Phosphate
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