Rubber Testing Machine 0.5L 2L 5L 10L Laboratory Open - Close Banbury Mixer

Rubber Testing Machine 0.5L 2L 5L 10L Laboratory Open-close Banbury Mixer

Features:

1. The speed is twice as fast as that of the traditional internal mixer, and the efficiency and production capacity are greatly improved. The advanced coaxial separation technology is adopted. The rotor can be separated on one side of the rotor shaft. The opening and closing mixer is expensive, high in hardness, and easy to pollute. Zirconia, alumina, ceramic powder, magnetic powder, stainless steel powder, metal powder, hard alloy and other R & D design. The inner cavity is made of high-end wear-resistant material, which effectively controls the unnecessary economic losses caused by material pollution. With the opening and closing of the smelting chamber, the rotor is suspended in the middle, and the color refilling is convenient. The staff can clean up to any part without any blind corner design. The process adaptability is wide, the volume is small, the structure is compact, the rotational speed of the rotor is 80 to 100 turnless stepless speed regulation. Accurate and stable.

2. The material side, the use of open mixing chamber design, mixing chamber on three sides can be removed, the rotor can be removed, the drawer open type, drop-type discharge, clean material without dead ends, zero residue, for more expensive anti-pollution materials There is a very good advantage.

3. Uniform mixing materials, color refueling convenient, stable transmission system, accurate and no noise, wear and corrosion resistance.

4. The mixing room uses electric heating, water cooling, using the imported heating tube mosaic type, heating power 6KW maximum temperature 300 °C, with heating up fast, precise temperature control, environmental protection and energy saving, high production efficiency, spreading performance and mixing Smelting effect and good.

5. the machine seal design uses a dry test machine with a self-lubricating mechanical squeezing shaft seal, the other end using hydraulic compression method.