Yetuo YT-400JBF Experimental Circular Tube Dispersion Machine

Model: YT-400JBF

Product Overview:

The experimental high shear disperser integrates multiple functions such as stirring, sanding, and dispersing, making it the most ideal equipment for laboratory personnel. It has the advantages of small size, low noise, no commutation interference, and no mechanical wear of carbon brushes. The number directly displays the shaft speed and is equipped with dispersing blades and sanding blades. It can adapt to different experimental needs in the laboratory and directly calculate the relationship between the linear velocity of stirring, dispersing, and sanding blades, material viscosity, and chemical reaction rate based on the displayed shaft speed, providing accurate data for large-scale production.

Application areas: Experimental high shear dispersers are widely used in factories, research institutions, universities, medical units, 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, etc.

Product features of Yetuo YT-400JBF experimental circular tube disperser

● Choose variable frequency brushless motor, no sparks/dust, higher safety performance, low noise, sufficient power, can run for a long time, easily meet various high requirements for dispersion and mixing experiments

Adopting a clamp to fix the material bucket design, the kettle body does not experience displacement when handling high viscosity materials

The dispersing disk is connected to the dispersing shaft using internal hexagonal screws, making it easy and flexible to disassemble and assemble, with multiple specifications to choose from

This uses a variable frequency high-speed motor with a maximum speed of 8000RPM to enhance the shear rate of the equipment in the experiment

The material bucket is made of high-quality stainless steel material, with a sandwich layer and designed with inlet and outlet ports. Facilitating the circulation of water in specific experiments to cool or raise the temperature of materials