The laboratory homogeneous emulsifier is a laboratory equipment designed for laboratory micro experiments. Through the method 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, so as to achieve the effect of refinement, homogeneity, dispersion and emulsification, thus 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

【Material viscosity】:≤5000 cps(mPas)
[Applications]: It is suitable for dispersing, emulsifying, and homogenizing product materials in industries such as biology, medicine, food, paint, ink, textile auxiliaries, cosmetics, lubricants, and pesticides.
[Applicable materials]: It can be used in the process of mixing solid and liquid, liquid and liquid to form a solution, colloid, suspension or emulsion; such as juice, soup, dairy products, tissue homogenate, cosmetics, surfactants, More than a thousand kinds of materials such as asphalt, emulsifier, oilfield chemicals, etc.
It is suitable for dispersing, homogenizing, emulsifying, pulverizing, polymerizing, suspending and dissolving materials with small batch, high temperature and medium viscosity.
High-performance motor, strong torque output, capable of dispersing, emulsifying, homogenizing and other functions in the laboratory.
Accurate speed display and double safety protection; equipped with three different stators, which can be used interchangeably according to process requirements
The powerful motor of the laboratory homogeneous emulsifier rotates at high speed to form a vacuum between the rotor and the stator, and the material is sucked from the upper and bottom of the rotor and stator. The strong kinetic energy makes the rotor produce extremely high linear speed, so that the material will fly out after strong impact, crushing, centrifugal extrusion, liquid layer friction, and strong shearing between the rotor and the stator gap. , generating strong turbulence. Under the appropriate amount of emulsifier and mature technology, the material undergoes repeated depolymerization, dispersion, homogenization, refinement and shearing to produce a stable emulsion after a certain period of time.