What are the advantages of using a cylindrical mixer for wear-resistant ceramic composite liners?
The cylindrical mixer often grinds some materials with high hardness, and the inner wall of the equipment is severely worn, so the service life of the cylindrical mixer is greatly reduced and the cost is increased. We can weld the wear-resistant ceramic two-in-one composite lining plate on the inner wall of the equipment. The welded composite lining plate is stronger than the lining plate pasted with the inner lining and is not easy to fall off.
The cylindrical mixer often grinds some materials with high hardness, and the inner wall of the equipment is severely worn, so the service life of the cylindrical mixer is greatly reduced and the cost is increased. We can weld the wear-resistant ceramic two-in-one composite lining plate on the inner wall of the equipment. The welded composite lining plate is stronger than the lining plate pasted with the inner lining and is not easy to fall off.
The following summarizes the advantages of using wear-resistant ceramic composite liners for drum mixers:
1. Alumina wear-resistant ceramics have the characteristics of corrosion resistance and wear resistance, and the service life of the equipment is at least 5 times longer, saving the cost of replacing equipment.
2. The wear-resistant ceramics are light in weight, thin in thickness and non-stick, which not only reduces the load of the cylinder and improves the efficiency of the equipment, but also increases the effective diameter of the cylinder and improves the effect of mixing and granulation.
1. Alumina wear-resistant ceramics have the characteristics of corrosion resistance and wear resistance, and the service life of the equipment is at least 5 times longer, saving the cost of replacing equipment.
2. The wear-resistant ceramics are light in weight, thin in thickness and non-stick, which not only reduces the load of the cylinder and improves the efficiency of the equipment, but also increases the effective diameter of the cylinder and improves the effect of mixing and granulation.
3. It reduces equipment downtime and cleaning time, improves the efficiency of the sintering machine, and can achieve the purpose of increasing production.
