The CH series trough mixer adopts a horizontal trough structure, and achieves uniform mixing by rotating the S-shaped stirring blade to push the material back and forth. This machine is widely used in industries such as pharmaceuticals, chemicals, and food, especially suitable for processing powdered or wet materials with large differences in specific gravity and high uniformity requirements. The core working principle is as follows
working principle
The CH series trough mixer adopts a horizontal trough structure, which drives the S-shaped stirring blade to rotate through mechanical transmission, pushing the material to repeatedly flip in the U-shaped trough to achieve uniform mixing. The specific process includes: after the material is added to the tank, the axial rotation and radial swing of the stirring blade generate shear force to disperse the agglomerated material; At the same time, the convective circulation and diffusion motion of materials enable sufficient exchange of particles at different positions, achieving efficient mixing effects. The working steps usually include adding materials, mixing with tank cover, pouring and resetting. The entire process is automatically controlled by an electrical system to adjust the mixing time and pouring angle.
structural characteristics
The CH series slot mixer has a compact structure and is made of stainless steel material to ensure corrosion resistance and comply with GMP standards. Its main components include:
Mixing tank: U-shaped design, smooth inner wall without dead corners, convenient for material flow and cleaning.
Transmission device: Worm gear reducer reduces noise, and sealing devices are installed at both ends of the mixing shaft to prevent material leakage.
Mixing system: Active S-shaped mixing blade, detachable for cleaning, with small gaps to improve mixing efficiency.
Control system: The electrical control box supports timed automatic shutdown and jog feeding function, with a feeding angle of up to 105 °. The reset button prevents mechanical damage.
Drive mechanism: The electric motor is adjusted through a V-belt transmission to ensure stable operation and low material loss.