Customized Size High Density Cleaner Slag Remover With High Concentration

6. Stainless steel sand remover conebody lined with high strength ceramic

The high-concentration slag remover uses the different specific gravity of fiber and impurities to separate impurities. The slurry enters the slag remover at a certain pressure from the feed tee and rotates at high speed. Due to the different centrifugal force, heavy impurities are thrown to the wall of the device. Under the action of gravity, it gradually runs towards the bottom of the cone and enters the sedimentation tank. Due to the small centrifugal force, the fiber gradually moves to the low-pressure area of the center, and after the bottom reaches the vortex, it rises up and is finally discharged from the good pulp port. The cone of the high-concentration slag remover has a certain taper, and the cone is longer. The rotation radius of the slurry in the cone gradually decreases, which prevents the speed of the pulp flow from decreasing during the rotation process, and ensures that the centrifugal force is strengthened, thereby improving the paper material. Purification efficiency. The balance water pressure at the bottom is slightly greater than the slurry pressure, so that the fibers cannot enter the sedimentation tank, and only heavy impurities such as sand, metal particles, rubber blocks, and plastic sink into the tank, which reduces the loss of fiber.

The lining ceramic layer of the wear-resistant ceramic elbow is a wear-resistant engineering ceramic, whose hardness (HRA) is ≥84, and its wear resistance is more than 10 times that of high-chromium wear-resistant cast iron alloy pipe fittings. With a 5mm thick ceramic layer, its actual wear life will be equivalent to 50mm thick wear-resistant cast steel.

Corrosion resistance: The use of different wear-resistant ceramic materials has excellent corrosion resistance to different corrosive media, resistance to strong corrosive media such as acid, alkali, and salt, and halide corrosion.

Good high temperature resistance: The wear-resistant ceramic itself has a high temperature resistance of more than 1200 degrees Celsius. Through reasonable design and different composite methods, the wear-resistant ceramic pipe can run for a long time in the humidity range of -50 ° C to 800 ° C, especially suitable for high temperature Burner, etc.

Lined engineering ceramics have high strength, high hardness and excellent wear resistance and corrosion resistance;

Abrasion-resistant ceramic pipe fittings are mainly used for conveying liquid-solid two-phase materials and corrosive media with particles. They are used to replace expensive stainless steel pipes, high-chromium cast steel pipes, and hard alloy wear-resistant pipes, which can directly reduce engineering costs. At the same time extend the service life. The product is cost-effective and can save the cost and time of maintenance and material replacement.

The manufacturing process is simple; light weight, convenient transportation and installation.