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Product Introduction: The experimental vacuum disperser is a high-performance product developed by our company, which completes two functions: dispersion/stirring, and vacuum pumping using one device. This equipment has the ability to disperse/stir in a vacuum environment, avoiding material contact with external gases during the mixing process. High efficiency, good mixing effect, and easy to clean. Experimental vacuum dispersers are widely used in factories, research institutions, universities, medical institutions, and other institutions. It has been widely used in the development and experimentation of products such as pigments, inks, food, coatings, biology, physics and chemistry, cosmetics, and other fields.

Product Features

Select variable frequency brushless motor, spark/dust free, with higher safety performance, low noise, sufficient power, and can operate for a long time, easily meeting various high requirements for dispersion and mixing experiments

The part in contact with the material is made of high-quality stainless steel, which is corrosion-resistant, wear-resistant, and pollution-free

Adopting wear-resistant/corrosion-resistant mechanical seals, with longer service life and better sealing performance

Adopting a reinforced sealing ring and clamp fixation design, which is more conducive to the sealing and pressure retaining effect of the product, and does not cause displacement of the kettle body when handling high viscosity materials

The dispersing disc is connected to the dispersing shaft using internal hexagonal screws, making disassembly and assembly easy and flexible

Select high-quality electric lifting platform (18 sets of high-frequency modules) for more stable operation, reliability, and durability

The base and distribution cabinet are both designed with high-quality stainless steel cladding to avoid material contamination, cleaning resistance, and rusting during use

The kettle body is made of high-quality stainless steel material with a interlayer, and the inlet and outlet are designed. Convenient circulation of water in specific experiments to cool or heat up materials