Plastic mixer can pulverize, refine, dissolve, and stir various liquids, solids, powders and granules. It is mainly used for uniform mixing of polyvinyl chloride, rubber resin and other materials, coloring of polypropylene（PP） and polyethylene （PE）pellets Drying and devulcanization of reclaimed rubber before hygroscopic resin products. Mixing of various materials such as asbestos products, electric carbon industry, amino powder, fire extinguishing agent, paint, pharmaceutical, pulverized coal, and daily chemicals.
The principle of Plastic mixer:
The fast-moving material flow of the high-speed plastic mixer makes the materials rub and collide with each other, and the lump materials are crushed. During the movement of the materials, the temperature of the materials increases due to frictional heat between the materials, between the materials and the blades and the wall of the mixing chamber. , the components with low melting point are melted, therefore, in addition to the mixing function, the high mixer can also partially plasticize the material. The high-speed rotating stirring paddle makes the material move and climb from the bottom of the mixing chamber to the side wall, and after reaching a certain height, it falls under the action of gravity. After this repetition, the materials can be uniformly mixed; the baffle plate makes the circular motion material blocked, the material movement is more disordered, and the uniform mixing of the materials is promoted.
Features of Plastic mixer:
A1: The high-speed stirring motor inverter starts, protects the motor and stabilizes the current
A2: 3 heating methods for high-speed mixer: material self-friction / electric heating / heat transfer oil heating
A3: 2 ways for high-speed mixer to discharge: automatic release of temperature controller/mixing time control
A4: The parts of the high-speed mixer in contact with the raw materials are made of stainless steel 304, mirror polished
A5: The high speed mixer is made of cast aluminum barrel cover and three direct links
A6: Specially designed bearing chamber for high speed mixer for lubricating oil injection
A7: Over-current protection design of high-speed mixer drive motor
A8: PLC touch screen control system can be selected for high-speed mixer high automation control requirements
A9: Specially designed mixing shaft design of high-speed mixer to avoid leakage of raw materials from the barrel
A10: The stainless steel wear-resistant blades of the high-speed mixer have undergone rigorous dynamic balance tests