There are many types of rubber and their applications are also very extensive, mostly found in shoe factories, automobiles, electronic products, household appliances, and other places. Naturally, rubber mixers are also mostly used in these areas. Rubber mixer is mainly used for refining rubber, and its application in industry is the most extensive. The chairs we make are made of rubber, computers have rubber, air conditioners are also made of rubber, and even the crystal pens we use are made of rubber.

Rubber mixer is a type of mixer, and its principle is the same. It uses two rotors to rotate relative to each other, with different speed ratios and speeds to mix rubber. Then, additives are added during the mixing process to produce industrially usable products. The rubber mixer, like other mixers, is composed of a mixing chamber, rotor, upper top bolt, and lower top bolt. The rubber material is uniformly mixed through the shear force of the two rotors, the compression of the mixing chamber, and the diversion of the upper and lower top bolts. The design of the rubber mixer is reasonable, which solves some engineering problems that cannot be completed by the open mill in industry, improves production efficiency, safety, and powder leakage control. Dongguan Lina produces rubber mixers with good powder leakage control, uniform dispersion, and temperature control, making it your preferred rubber mixer manufacturer.

The advantages and characteristics of Lina rubber mixer in the industry

1. The flipping mechanism adopts a toroidal enveloping worm gear pair (TOP) with high transmission efficiency, large load-bearing capacity, and can achieve non-stop unloading, eliminating frequent motor starting and greatly extending its service life.

2. The spiral angle and working length of the rotor ribs are designed reasonably, which can achieve the best kneading effect for the material. The rotor peaks and end faces are made of wear-resistant hard alloy welded, meeting national standards. The surfaces of the mixing chamber, rotor, and pressure weight that come into direct contact with the material are all polished and plated with hard chromium, which has strong bright and wear-resistant properties, ensuring uninterrupted operation.

3. The machine is sturdy and durable, with a low failure rate and high production efficiency, which is 2-3 times that of an open mill (only takes 6-10 minutes)

4. The electrical control system adopts PLC device, which has complete and reliable automatic control monitoring, alarm and other functions.

5. Chemical raw materials such as rubber and other additives are mixed or plasticized under sealed, pressurized, and temperature controlled conditions, resulting in high production efficiency, uniform material dispersion, excellent quality, pollution-free environment, and convenient material replacement and cleaning.

6. Convenient feeding, rear projection feeding, and the mixing chamber is flipped forward by 140 ° for unloading. This not only facilitates the connection of production processes, but also facilitates observation, cleaning, and unloading of the mixing chamber and rotor.

7. The mixing chamber, rotor, pressure weight and other components all adopt a jacket structure, which can be heated or cooled by introducing media, steam, thermal oil, water to meet the requirements of various rubber mixing (refining) processes, and the quality of processed materials is excellent and stable.

8. The joint between the upper opening of the mixing chamber and the suspended wall of the frame adopts Taiwanese technology, which has good sealing and dustproof effect. The rotor end face adopts a contact external pressure non lubricated sealing structure, which is wear-resistant and durable.

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