Filler powder modification machine, dispersing machine, crushing machine, dryer

Release time:

2025-01-10 08:46

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The modified coating machine can improve the compatibility of inorganic mineral fillers with organic polymer materials, enhancing interfacial bonding strength. This means that in paint production, materials with different properties can combine better, thereby enhancing the mechanical strength and overall performance of the paint. At the same time, the modified coating machine can also endow products with special physicochemical properties. For example, in the surface nano-coating modification of organic pigments, through layer-by-layer self-assembly technology and sol-gel method. - The sol-gel method for coating modification of organic pigment particles with nano inorganic oxides such as silica and titanium dioxide can impart the advantages of inorganic nano oxides, such as UV shielding characteristics, high weather resistance, hydrophilicity, and chemical inertness to organic pigments, improving the dispersion, weather resistance, and acid-base resistance of organic pigments in aqueous phases, while not sacrificing the high decorative properties of organic pigments.

In addition, surface coating modification of pigment aluminum powder can effectively improve the dispersion and stability of aluminum powder in coatings, preventing oxidation, corrosion, and agglomeration of aluminum powder. The coated aluminum powder not only enhances the decorative and functional properties of the coating but also effectively extends the service life of the coating.

The honeycomb mill is a continuous composite modification machine that integrates four functions: deep drying, depolymerization dispersion, composite modification, and powder spheronization. It can be modularly designed and configured according to different powder processing needs, achieving various processing requirements such as coating, modification, and mixing. It is widely used in the coating modification of anode materials, such as the coating modification of natural graphite and microcrystalline graphite, with a coating rate of up to. 99.2%, and an activation rate of 99.8%.

This modification machine features strong continuity, high coating efficiency, high activation index, and large processing capacity. It has good dispersion for powders and surface modifiers, with uniform coating on particle surfaces and low usage of modifiers per unit product; it is particularly suitable for surface modification of ultrafine powders. It can run continuously for production, has a large processing capacity, and is suitable for various scales of industrial production. The usage rate of modifying agents is high, with low consumption, high powder coating rate, and activation index, and low energy consumption. The equipment combines modification and dispersion functions, suitable for materials of various fineness, and has unique modification and activation effects on materials with low specific gravity and high bulk density, such as white carbon black, mica powder, and talc powder. The modification efficiency is high, with minimal damage to the original particle shape of the powder. The material operates under negative pressure, has good sealing, no dust leakage, minimal pollution, a good operating environment, and low labor intensity.

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