Inorganic Material Powder Dryer, Powder Dispersing Machine, and Modification Equipment
Release time:
2025-12-25 08:25
Source:
In the plastics industry, inorganic powders are important modifying fillers. ; In the rubber industry, white carbon black is a commonly used reinforcing agent in rubber products. It can significantly enhance the strength, hardness, and abrasion resistance of rubber. However, in their raw state, inorganic powders often suffer from certain performance shortcomings—such as poor compatibility with organic matrices and difficulty in achieving uniform dispersion within the matrix—thus limiting their application effectiveness across various industries. Coating and surface modification technologies enable the surface treatment of inorganic powders, optimizing their performance and better meeting the ever-evolving demands of different industries.

After being processed by coating and modification, the compatibility between inorganic powders and organic polymers has been greatly enhanced. In the plastics industry, there is a distinct interfacial difference between unmodified inorganic powders and resins—just like... “Oil” and “water” are inherently incompatible, leading to a loose internal structure in the material and significantly reducing its performance. However, after coating modification, the surface properties of the inorganic powder are altered, enabling it to bond tightly with organic polymers.
Inorganic powders that have undergone coating modification can also significantly reduce production costs. In the manufacture of plastic products, they enable an increase in the filler content of powdered materials. Since the modified inorganic powders exhibit better compatibility with organic polymers, it is possible to raise their filling ratio in polymers while maintaining the material’s performance.
Coating and modification machines can also impart special physicochemical properties to products. In the coatings industry, coating titanium dioxide with aluminum oxide or silicon dioxide can significantly enhance its weather resistance, enabling it to maintain excellent opacity and color stability even after prolonged exposure to natural elements such as sunlight and rain outdoors.

Inorganic powders that have undergone coating and modification through machining exhibit enhanced performance, reduced costs, and expanded functionality, providing strong support for product upgrades and innovative development across various industries. As a result, inorganic powders can now be applied in an even wider range of high-end fields, unlocking greater value. 。
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