MUXUAN ZN500-90 laboratory high shear Mulser three-core processor, intelligent control main board 800W

Equipment introduction

The laboratory homogenizing emulsifier is a piece of laboratory equipment designed for laboratory micro-experiments. Through the action of mechanical external force, the particle size of liquid-liquid and solid-liquid materials is narrowed, so that one phase is evenly distributed into another or multiple phases to achieve the effects of refinement, homogenization, dispersion and emulsification, thereby forming a stable The state of liquid-liquid and solid-liquid dispersion systems. Can be equipped with a variety of working heads of different specifications

Application scope    

[Material viscosity]: ≤8000 cps (mPas)

[Application fields]: Suitable for dispersion, emulsification and homogenization of product materials in industries such as biology, food, coatings, inks, textile auxiliaries, cosmetics, lubricants, pesticides and other industries. 

[Applicable materials]: Solids and liquids, liquids and liquids can be mixed to form solutions, colloids, suspensions or emulsions; such as juices, soups, dairy products, tissue homogenates, cosmetics, surfactants, Asphalt, emulsifiers, oil field chemicals and other materials.

Applicable process

It is suitable for dispersing, homogenizing, emulsifying, crushing, polymerizing, suspending and dissolving materials with medium viscosity and above.

Features

Triple-core processor intelligent control motherboard, 2.8-inch TFT true color touch screen, real-time Voltage, frequency, current, and power display. Equipped with a torque curve display, the experimental data is more stable, and it has overload and overcurrent protection, local self-test, timing, memory and other functions. The speed can be preset and paused at any time. The speed is digitally displayed and easy to operate.

Principle

The powerful motor of the laboratory homogenizing emulsifier rotates at high speed to form a vacuum between the rotor and stator, and the material is sucked in from the upper and bottom of the rotor and stator. The strong kinetic energy causes the rotor to generate a high linear speed, causing the material to fly out after strong impact, crushing, centrifugal extrusion, liquid layer friction, and shearing between the rotor and the stator. Under the action of a variety of forces in different directions , producing strong turbulence. With an appropriate amount of emulsifier and mature technology, the material undergoes repeated cycles of depolymerization, dispersion, homogenization, refinement, and shearing for a certain period of time to produce a stable emulsion.

[Note] Because the manufacturer's packaging may be updated or upgraded, the detailed packaging list shall be subject to the latest standard configuration of the manufacturer.