What is the difference between mixer and kneader

The internal mixer is a high-strength intermittent mixing equipment developed on the basis of the open mixer. Since the emergence of the real Banbury (Benbury) type internal mixer in 1916, the power of the internal mixer has been gradually recognized by people. It shows a series of characteristics superior to the open mixer in the rubber mixing process, such as: large mixing capacity, short mixing time and high production efficiency; Better overcome dust flying, reduce the loss of compounding agent, improve product quality and working environment; Safe and convenient operation, reduce labor intensity; it is beneficial to realize mechanical and automatic operation, etc. Therefore, the emergence of the mixer is an important achievement of rubber machinery, and it is still a typical important equipment for plasticizing and mixing species, and it is constantly developing and improving. What is the difference between an internal mixer and a kneader, and what are the differences in product applications between them? Kneader is by a pair of mutual cooperation and rotation of the blade (usually Z-shaped) produced by a strong shear effect to make the semi-dry state or rubber-like viscous plastic material can make the material react quickly to obtain uniform mixing and stirring equipment. It is an ideal equipment for mixing, kneading, crushing, dispersing and re-polymerizing various chemical products of various high-viscosity elastic-plastic materials. It has the advantages of uniform stirring, no dead angle and high kneading efficiency. It is widely used in high-viscosity sealant, silicone rubber, neutral acid glass glue, chewing gum, bubble gum, pulp, cellulose, battery, ink, pigment, dye, medicine, resin, plastic, rubber, cosmetics and other industries. What is the difference between an internal mixer and a kneader, and what are the differences in product applications between them? The kneading machine can be made into four types: ordinary type, pressure type, vacuum type and high temperature type. The temperature adjustment form adopts jacket, steam, oil heating, water cooling and other methods, and adopts hydraulic cylinder turning and cover opening. Discharging methods include hydraulic pressure, overturning cylinder dumping, ball valve discharging, screw extrusion, etc. And through the PLC real-time control and record the production of temperature, time, viscosity and other related data. Cylinder and blade and material contact parts are made of stainless steel to ensure product quality.