The structure glue machine equipment kneading machine also suffers from shear effects when passing through various fixed and immovable prefabricated components installed in the vessel wall. This shear effect causes many parts of the vortex to diffuse outward. It is a new and high-density fine particle kneading machine with clean sealing, easy operation, convenient maintenance, and long service life. The composition of the rotation and revolution inside the kneading machine produces four types of flowability for powder equipment: thermal convection, shear, external diffusion, and composite fitness exercise of infiltration.

The mixing, heat conduction, convective heat transfer (including devolatilization), and reflection of high viscosity fluid mechanics in the kneading machine of structural adhesive machinery have been one of the scientific research areas in recent years. For low viscosity liquids, traditional push type, paddle type, and pressurized impellers can already solve the difficulties. Anchor and bar impellers cover a wide range of viscosity. However, as mentioned earlier, the pre plasticization effect of anchor type turbine in the lower viscosity range is much worse than that of the screw belt. In the high viscosity range, its shear stress is insufficient, and the radial circulation system is also poor. Moreover, due to the large ratio of its propeller diameter to the groove diameter, the volume of the solid 1.1 rotor is also large. Therefore, it can only be applied in places where the groove type of the mixing and kneading machine for structural adhesive machinery equipment is not specified too high. Little did they know that anchor impellers are still commonly used in places where heat conduction is the main target of soil mixing.

The structure glue machine equipment kneading machine mixing machine is equipped with two motor rotors that rotate in opposite directions to exercise the raw materials inside, carrying out a composite fitness exercise. The two axis blades push the raw materials to rotate in both forward and reverse directions along the inner cavity of the machine slot, and the raw materials near the pivot rotate on the pivot axis. The U-shaped barrel structure is selected for stable operation, uniform mixing, and clean material pouring, with a wide range of applications.