It is mainly suitable for the crushing and processing of low to medium hardness materials in pharmaceuticals, chemicals, food (such as ginger, chili, pepper, oil wheat, soybeans, star anise, cinnamon, dried vegetables), etc. The fineness can be adjusted between 30-150 mesh, and it has the advantages of high yield, fine particle size, low noise, low energy consumption, simple maintenance, and easy installation. It is particularly suitable for the crushing and processing of low hardness materials such as oil, viscosity, heat sensitivity, and fiber.

1. Structure:The WF type turbine crusher is mainly composed of components such as the casing, door, turbine, main shaft, screen, pulley, and electric motor.

2. Working principle:

When the turbine pulverizer rotates, the motor drives the main shaft and turbine to rotate at high speed. The turbine and the grinding blocks on the screen ring form a crushing and grinding pair. When the material enters the machine cavity from the feeding hopper, it tightly rubs and strongly impacts the inner side of the turbine blades in the rotating airflow of the turbine, and grinds again in the gap between the blades and the grinding blocks. While crushing materials, the turbine sucks in a large amount of air, which plays a role in cooling the machine, grinding materials, and conveying fine materials. The fineness of material crushing depends on the properties of the material and the size of the sieve, as well as the throughput of the material and air.

The bearing components of the WF turbine crusher are equipped with specially designed labyrinth seals, which can effectively prevent dust from entering the bearing chamber, thereby extending the service life of the bearings. The machine door is equipped with a silicone rubber sealing ring, which prevents dust leakage and pollutes the operating environment.

Product features:

1. Strong crushing ability, low energy consumption, and relatively small product fineness.

2. The crushing space is large, and the high-strength wind pressure generated during the operation of the turbine can not only improve production capacity, reduce over crushing phenomenon, but also effectively avoid the sedimentation and blockage of the sieve caused by the material during the crushing process.

3. Due to enhanced shearing, the crushing ability of fibrous materials is higher than that of general equipment.

4. The installation of the screen mesh is convenient and the positioning is reliable, all of which are inserted. The service life is much longer compared to the ring screen form.

5. Design a built-in motor to lower the center of gravity of the machine, effectively reducing equipment noise.

Technical parameters: