Material: Some models utilize alumina ceramic material to enhance wear resistance, adapting to harsh environments with high-speed airflow and particle impact.
Particle Size Adjustment Range: 0.1-200 micrometers.
Processing Capacity: Covering 20 kg/h to 30,000 kg/h.
Structural Features: The distance between the blades and the conical platform can be adjusted with an accuracy of 3-4 mm, eliminating abnormal particles larger than 0.1 mm.
Separation Efficiency: Optimized design can increase classification efficiency by 17%.
Silicon Carbide Grinding Mill Classification Wheel Product Introduction
The silicon carbide grinding mill classification wheel is a key component in grinding mills, primarily used for the fine classification and grinding of materials. Its working principle is based on centrifugal force; a centrifugal force field is created by a high-speed rotating classification turbine, achieving high-precision separation of coarse and fine materials. The device mainly consists of front/rear flanges, blades, and a sealing disc. Feed slots are provided between the blades, and a tail-end anti-penetration design is employed to ensure sorting accuracy.
Application Fields
Silicon carbide sand mill classifying wheels are widely used in the following fields:
1. Battery material manufacturing.
2. Non-metallic mineral processing.
3. Fine chemical production.
4. Grinding of hard and brittle materials such as cemented carbide, optical glass, and ceramics.
5. Preparation of high-temperature structural materials and anti-oxidation coatings in the aerospace field.
Supports custom specifications.
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