Laboratory high speed disperser

The laboratory high speed disperser is an ideal machine for scientific research institutions and some enterprise units to simulate experiments. It can provide scientific experiments, production simulations, and basic data accumulation for such industries in a wide range. Not only that, the laboratory high speed disperser is very powerful, and can easily solve the collection of data in industries such as pigments, fuels, inks, paints, coatings, and new energy materials.

Advantages of lab High Speed Disperser

  • low grinding fineness
  • Wide range of applications
  • high working efficiency

Application

Coating

Cosmetic

Battery

Battery

Graphite

Graphite

Agrochemistry

Agrochemistry

Adhesives

Adhesives

Hot sale High Speed Disperser

Technical Parameter

hsd

Guidelines For High Speed Disperser

A high speed disperser is an important piece of equipment in the production of industrial materials. Its function is to stir materials at high speed to achieve a fully dispersed effect and meet the needs of production. There are many types of dispersers. Different types of dispersers have different dispersing effects and are mainly used. In the production of various types of coatings, such as the production and processing of dyes, inks, emulsions, cosmetics, and pigments, it plays the role of dispersing materials.

The laboratory high speed disperser can realize multiple functions in one machine, and perfectly realize the functions of dispersion, grinding, stirring, etc. The working principle of the laboratory high speed disperser is also very simple: first, the power supply of the equipment needs to be started, and then the high-speed operation of the equipment is controlled by the governor. The dispersing disc of the equipment drives the material to rotate at a high speed, so that the material is in an annular flow, generating a strong vortex, which spirally descends to the bottom of the vortex. Strong shearing impact and friction are generated between the material particles and the dispersing disc to achieve the functions of rapid dispersion, dissolution, uniform mixing, and emulsification.

The laboratory high speed disperser not only has a very wide range of applications, but also adopts the digital display of the speed of the overall function, and is matched with step-less speed regulation, which not only operates stably, but also has very little noise, and can be used continuously for a long time. The design and structure of the laboratory high speed disperser are relatively simple, and the user is relatively convenient to use. The machine is equipped with a double-layer cooling cylinder, which is relatively convenient to move. The inner wall of the laboratory high speed disperser is smooth and easy to clean. Laboratory test equipment.

Product advantages

1.The speed is fast and stable, and the dispersion and mixing effect is good;

2.Stepless speed regulation, digital display, easy to operate;

3.Optional jacketed container;

4.High-strength thickened body to ensure safe use;

5.It can be equipped with dispersing blades of various sizes to meet your different production needs;

6.The dispersing blade is specially made of superior stainless steel material, with a good polishing effect, and adopts a quick connection method, which is easy to disassemble and replace and is not easy to deform.

Features:

  1. It can be used for multiple purposes in one machine to achieve functions such as dispersion, grinding, and stirring.
  2. It is easy to disassemble, and the dispersing discs or grinding discs of different sizes can be replaced at will.
  3. The machine has a wide range of processing capacity and is widely used in the development of new products and the laboratories of scientific research units
  4. Digital display of speed, step-less speed regulation, stable operation, low noise, can be used continuously for a long time
  5. Easy to move, smooth inner wall, and easy to clean
  6. The machine has a simple structure, is easy to use, and is equipped with a double-layer cooling cylinder.
  7. Optional configuration

Base: stainless steel carbon steel working head configuration: non-standard configuration according to the diameter of the barrel

Pulling cylinder: double-layer stainless steel barrel (as required)

Widely used in the following industries:

  1. Paint
  2. Ink
  3. Daily chemical
  4. Resin
  5. Food
  6. Medicine
  7. Building materials
  8. Feed
  9. Metallurgy
  10. Pigments
  11. Adhesive
  12. Pesticides
  13. Detergent
  14. Asphalt emulsification modification
  15. Paper and paper chemicals
  16. Lubricant
  17. Lithium battery paste
  18. Printing and dyeing and textile auxiliaries and other industries.

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