The LYE500W series of laboratory shear emulsifiers are driven by compact series micro high-speed motors, which are suitable for laboratories or pilot plantsThe stirring, mixing, crushing, and emulsification of low-to-medium-high viscosity liquids in liquid media are sheared and emulsified. The machine consists of a high-speed motor, shearing emulsion chemical industryIt is composed of head and speed controller. The main drive is made of good engineering plastic and die-cast aluminum alloy as the body, and the operation state is stable; Work headIt is refined with good stainless steel, and has a wide range of experimental applications; The operating speed is controlled by a microprocessor, which can effectively compensate for load changes and electricity in real timeThe speed change caused by the fluctuation of the source Voltage is reliable at constant speed; Built-in soft start and automatic overload protection ensure that the experiment is continuous at full load for a long timeoperational safety; The stepless adjustment of the speed can meet the adjustment of the stirring speed at any time in the experiment. Voltage, frequency, current, output power, transmissionReal-time numerical display such as output torque provides convenience for experimental data collection; Run the Timer Control function to ensure that the temporality of the experiment is effective and controllable.

The experimental equipment is driven by a high-speed motor to shear the emulsification head with a precisely matched rotor stator, which rotates at high speed in the rotor. Work headTurning down, the comprehensive kinetic energy such as high-frequency and strong circumferential tangential velocity and angular velocity is formed, which promotes the experimental material from the bottom of the experimental containerSuction into the rotor area and ejection from the stator bore under the action of giant centrifugal force. And the large stator and rotor form a strong in a reasonably narrow gapExperimental materials are intense, reciprocating hydraulic shear, friction, centrifugal extrusion, liquid flow collision and other comprehensive effects. Cycle through the containerand withstand up to tens of thousands of shearings, tears, impacts and mixes per minute, so as to achieve the effect of shear emulsification, on the working processThe efficiency is about 1,000 times higher than that of ordinary stirring. that
Laboratory shear emulsifiers are suitable for tissue dispersion in the field of biotechnology, sample preparation in the field of enzymes, and in the food industryprocessing and experiments with liquids and liquids, liquids and solids in industry, cosmetics industry, paint industry and petrochemical industry. YesThe experimental medium is refined under the triple action of extrusion, strong impact and loss of pressure expansion in the material liquid, and is mixed with each other more evenly to prevent or reduceLess stratification with the liquid. Such as: the homogenization and emulsification process in the production process of dairy, beverages, cosmetics, * products and other products.
The different specifications of the working head stator configuration are designed to meet different experimental needs. covers a much broader responseFlour – crushing, emulsifying, homogenizing, polymerizing, suspending, dissolving and stirring, etc.
This machine should be placed in a clean and dry place, keep it tidy, prevent moisture, and the ambient temperature should not exceed 40 °CThe lattice prevents all kinds of foreign objects from splashing into the motor.
When the machine is used in a humid environment, please use a leakage protection device to ensure the personal safety of the operator.
This machine is used in the power grid with strong Voltage fluctuations, which will cause the speed to run out of control, please use a power regulator device.
When this machine is used in a strong corrosive environment, please pay attention to prevent damage to the mechanical and electrical properties of the equipmentGood necessary protective measures.
In case of volatile flammable and other media experiments, it is necessary to prevent the emission of flammable gases in the strictEffective measures to avoid flammable and explosive gases from deflagrating when exposed to electric sparks, resulting in fire accidents.