Rubber powder dispersion and depolymerization machine, mixing and modification machine, modification and depolymerization machine


The modification machine plays a crucial role in the processing of rubber and plastic powders, improving powder performance in various ways, enhancing material quality, and reducing production costs, providing strong support for the development of the rubber and plastic industry.

Firstly, the modification machine can improve the compatibility of inorganic mineral fillers with organic polymer materials, enhancing the dispersion of materials in the organic matrix. This improves the mechanical properties of rubber and plastic products and reduces issues such as brittleness.

Secondly, the modification machine enhances the dispersion of pigments and fillers, improving the performance of coatings. In specialty coatings, the modified fillers and pigments not only have ultra-fine particle sizes but also possess specific functions, meeting the market demand for high-performance coatings.

In addition, the modification machine endows pigments and fillers with good dispersion stability and rheological properties, meeting the requirements of water-based architectural decorative coatings. It can also impart a pearlescent effect to products, increasing their value. It has also played an important role in improving the dispersion of inorganic pigments, contributing to the development of inorganic/inorganic composite new materials. / Inorganic composite new materials.

The modification machine combines modification and dispersion functions, suitable for materials of various fineness. For materials with low specific gravity and high bulk density, such as white carbon black, mica powder, and talc powder, it has a unique modification activation effect. It is an inevitable product of modern high technology and new material development, widely used in industries such as non-metallic mineral fillers or pigments like plastics, rubber, adhesives, modern polymer materials, high polymer-based composite materials, functional materials, and coatings.

The surface modification methods for inorganic powders mainly include six categories: physical coating, chemical coating, precipitation reaction, mechanical force chemistry, intercalation modification, and high-energy surface modification. The equipment used for processing these methods is selected as a honeycomb mill, which is specifically designed for the surface modification or surface treatment coating of ultra-fine powder particles.Continuous powder surface modification machine.Through surface activation, the performance of the vast majority of substances can be improved. In the industries of plastics, rubber, adhesives, and other polymer materials, as well as high polymer-based composite materials, inorganic mineral fillers hold a very important position.

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