Coating filler ultra-fine crusher, shear crusher, vertical ultra-fine mill


Nano-wet grinding technology can refine the coating filler particles to nanoscale, which significantly increases the specific surface area of the filler, thereby increasing the contact area and interaction force between the filler and the resin matrix. This change makes the coating have better mechanical properties, weather resistance, corrosion resistance and optical properties after film formation. For example, nano-scale silica, alumina and other fillers can significantly improve the hardness, wear resistance and scratch resistance of the coating.,The nano-scale titanium dioxide can give the coating excellent self-cleaning and photocatalytic properties.

Through nano-wet grinding technology, nano-materials with special functions can be introduced into the coating, so as to give the coating more functional characteristics. For example, antibacterial nanomaterials can prepare coatings with antibacterial and anti-toxic functions.;Self-healing nanomaterials can produce coatings that can automatically repair tiny damage.;Photochromic nanomaterials, on the other hand, can be used to prepare coatings that change color according to light conditions. The emergence of these functional coatings not only enriches the types of coatings, but also meets the diverse needs of coating performance in different fields.

Nano-wet grinding technology has the advantages of high efficiency, environmental protection and strong controllability, which can optimize the production process of coatings. Compared with the traditional dry grinding technology, wet grinding can better control the temperature, pressure and other parameters in the grinding process, so as to avoid excessive crushing and agglomeration of filler particles. In addition, wet grinding can also achieve continuous, automated production, improve production efficiency and product quality stability..

Cell grinding is nanowet methodCommon equipment for grinding, its discharge particle size can reachParticle size range of 1 micron and below 100 nm,The coating can be ground to a lower particle size to meet its increasing function of heat insulation effect. Its grinding efficiency is high and it can be applied to continuous production at the nanometer level,LetMaterial grinding efficiency at the same time,YesLet the material grind to a lower particle size. At the same time, it can also be widely used in nano new materials, electronic ceramics, lithium iron phosphate and other industries. Its internal parts materials can choose polyurethane, zirconia, silicon carbide, etc., to adapt to the grinding needs of different materials.

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