The RLC type spiral heavy slag remover can be used to remove small heavy impurities such as sand, dust, and paint particles in various slurry purification systems. Its inlet and outlet, cone, and main material have all been optimized and designed. The upper column and inlet and outlet of the slag remover are made of wear-resistant stainless steel material; With a gradually downward spiral involute inlet, it forms an acceleration of the slurry entering the slag remover, minimizing power loss to the greatest extent. After entering the main body of the slag remover, the slurry forms a stable vortex in the cylindrical part, and then enters a cone with an inverted trapezoidal inclined spiral until the slag discharge port. Due to the special design of the oblique spiral, the two advantages of this slag remover are: the slag slurry inside the slag remover will not block even if the concentration is high, impurities and slurry can be washed and separated multiple times, and fiber loss is lower.

main features

1. Wear-resistant stainless steel spiral feed chamber

2. The double helix lower cone has a choice of polyurethane or wear-resistant ceramic materials to improve the overall service life of the slag remover.

3. Shrinkage type stainless steel slurry outlet.

4. The outlet fluid of the slurry is basically level with the top of the slag remover. This design helps to convert some kinetic energy into pressure, reducing system power consumption. 5. The connection between the slag discharge pipe and the main pipe is a quick glass tube for inspection and cleaning. 6. After starting the machine, it does not need to be taken care of and operates continuously.

7. Closed slag discharge is adopted, and the movement of slag slurry can be observed through transparent glass tubes. There is also an open slag discharge option available.

8. Minor improvements can enable the simultaneous removal of light and heavy impurities.

The RLC type spiral heavy slag remover can be used to remove small heavy impurities such as sand, dust, and paint particles in various slurry purification systems. Its inlet and outlet, cone, and main material have all been optimized and designed. The upper column and inlet and outlet of the slag remover are made of wear-resistant stainless steel material; With a gradually downward spiral involute inlet, it forms an acceleration of the slurry entering the slag remover, minimizing power loss to the greatest extent. After entering the main body of the slag remover, the slurry forms a stable vortex in the cylindrical part, and then enters a cone with an inverted trapezoidal inclined spiral until the slag discharge port. Due to the special design of the oblique spiral, the two advantages of this slag remover are: the slag slurry inside the slag remover will not block even if the concentration is high, impurities and slurry can be washed and separated multiple times, and fiber loss is lower.

main features

1. Wear-resistant stainless steel spiral feed chamber

2. The double helix lower cone has a choice of polyurethane or wear-resistant ceramic materials to improve the overall service life of the slag remover.

3. Shrinkage type stainless steel slurry outlet.

4. The outlet fluid of the slurry is basically level with the top of the slag remover. This design helps to convert some kinetic energy into pressure, reducing system power consumption. 5. The connection between the slag discharge pipe and the main pipe is a quick glass tube for inspection and cleaning. 6. After starting the machine, it does not need to be taken care of and operates continuously.

7. Closed slag discharge is adopted, and the movement of slag slurry can be observed through transparent glass tubes. There is also an open slag discharge option available.

8. Minor improvements can enable the simultaneous removal of light and heavy impurities.