Abrasion Resistant Alumina Ceramics as Cyclone Protective Liner

 The cyclone can sort any optional mineral materials, but the cyclone equipment and processing materials are often severely worn, including the cyclone nozzle, cone, connecting pipe, pipeline, pump and valve, and need to be adjusted or replaced frequently , Affecting the quality and efficiency of material preparation. In order to solve the abrasion problem and improve the service life of the cyclone, it is necessary to improve the wear resistance of the cyclone lining.

Alumina ceramics is a kind of wear-resistant material widely used at present. Its cost performance is high and it can meet the wear requirements of large cyclones. Pingxiang Chemshun Ceramics is a manufacturer specializing in the production and development of abrasion resistant ceramics liner. It can design alumina ceramic linings of various shapes according to the size, shape and operating environment of the customer’s equipment.

According to the structure of cyclone, the wear parts include the inlet, the crescent plate, the side plate of the crescent plate, the straight section, the top cover, the underflow port, the overflow port and so on. Because of the different shape and size of each part, the shape of alumina wear-resistant ceramic required is also different. Chemshun Ceramics introduces the ceramic liner available for each part of the cyclone.

1: Feeding port: 150*100mm paste-type wear resistant ceramic plate.

2: Crescent plate: sector plate available

3: Crescent plate side plate: Two types of paste-type flat ceramic and curved plate are available.

4: Straight section: use curved plate or tapered ceramic tube

5: Top cover: fan-shaped wear-resistant ceramic liner

6: Bottom orifice: use conical ceramic tube or arc plate

7: Overflow port: generally use trapezoidal plate and outer arc welding plate

Abrasion resistant ceramic lining sizes are designed according to cyclone size. welcome to provide your cyclone size or drawings, chemshun ceramics design team will give you a more specific design plan.