RGC slag remover is an advanced equipment for pulp purification, especially for the better purification effect of waste pulp. It is an indispensable key equipment for waste paper recycling and utilization. It utilizes fibers and impurities with different specific gravity. Separate heavy impurities from the pulp to achieve the purpose of purifying the pulp. This equipment has a wide range of applications, both for rough selection and purification of high concentration pulp, and for selection and purification of low concentration pulp before the paper machine.

The slag remover has a simple structure, small footprint, large production capacity, convenient operation, no blockage of the slag discharge port, high purification efficiency, and the slurry only passes through the slag remover once without the need for tail slurry treatment equipment, resulting in small fiber loss. The cone is made of wear-resistant ceramic, with a long service life, no transmission, and convenient maintenance.

Principle and Structure of RGC Type Slag Remover

The pulp enters the slag remover under high pressure along the tangent direction, and uses the pressure difference between the inlet and outlet as power to make the pulp spiral along the cone, generating centrifugal force. The heavy impurities in the pulp are thrown towards the surface of the upper cone made of high-strength wear-resistant materials under the action of centrifugal force, and move downwards under the action of gravity. The good pulp is discharged from the middle outlet, and the heavy impurities and some fibers sink to the lower cone. Under the action of flushing water, backwashing is carried out to clean the fibers, causing them to float up to the upper cone. The heavy impurities sink to the sediment bucket through the pneumatic valve of the lower cone, and there is no water inlet or window on the sediment bucket, For cleaning, observation, and timely slag removal.

Application scope:

Set behind the hydraulic pulp crusher to remove large impurities from the slurry; It can be set in front of the seminal plasma equipment to protect the grinding disc; Can be set after the spray pot to remove stones and metal objects; Set in front of the screening equipment to protect the sieve drum and sieve plate; Set in front of the purification equipment to reduce blockage and wear of impurities on the slag remover; Can be used to clean white water.

Main features:

1. The inner cone of the RGC slag remover is divided into upper and lower parts, forming a two-stage separation of good slurry and impurities.

2. The RGC slag remover is equipped with an inlet pipe to backwash impurities to prevent fiber sinking.

3. The cone material is stainless steel or ceramic (with good wear resistance).

4. The equipment itself does not require power and is energy-saving.

5. Adopting automatic intermittent slag removal, with good slag removal effect and less fiber loss.

6. The machine has a high degree of automation, and once turned on and running normally, there is no need for manual intervention.

7. There is a professional design type for chemical pulp bleaching (black pulp), which allows for more thorough removal of impurities in black pulp.

RGC slag remover is an advanced equipment for pulp purification, especially for the better purification effect of waste pulp. It is an indispensable key equipment for waste paper recycling and utilization. It utilizes fibers and impurities with different specific gravity. Separate heavy impurities from the pulp to achieve the purpose of purifying the pulp. This equipment has a wide range of applications, both for rough selection and purification of high concentration pulp, and for selection and purification of low concentration pulp before the paper machine.

The slag remover has a simple structure, small footprint, large production capacity, convenient operation, no blockage of the slag discharge port, high purification efficiency, and the slurry only passes through the slag remover once without the need for tail slurry treatment equipment, resulting in small fiber loss. The cone is made of wear-resistant ceramic, with a long service life, no transmission, and convenient maintenance.

Principle and Structure of RGC Type Slag Remover

The pulp enters the slag remover under high pressure along the tangent direction, and uses the pressure difference between the inlet and outlet as power to make the pulp spiral along the cone, generating centrifugal force. The heavy impurities in the pulp are thrown towards the surface of the upper cone made of high-strength wear-resistant materials under the action of centrifugal force, and move downwards under the action of gravity. The good pulp is discharged from the middle outlet, and the heavy impurities and some fibers sink to the lower cone. Under the action of flushing water, backwashing is carried out to clean the fibers, causing them to float up to the upper cone. The heavy impurities sink to the sediment bucket through the pneumatic valve of the lower cone, and there is no water inlet or window on the sediment bucket, For cleaning, observation, and timely slag removal.

Application scope:

Set behind the hydraulic pulp crusher to remove large impurities from the slurry; It can be set in front of the seminal plasma equipment to protect the grinding disc; Can be set after the spray pot to remove stones and metal objects; Set in front of the screening equipment to protect the sieve drum and sieve plate; Set in front of the purification equipment to reduce blockage and wear of impurities on the slag remover; Can be used to clean white water.

Main features:

1. The inner cone of the RGC slag remover is divided into upper and lower parts, forming a two-stage separation of good slurry and impurities.

2. The RGC slag remover is equipped with an inlet pipe to backwash impurities to prevent fiber sinking.

3. The cone material is stainless steel or ceramic (with good wear resistance).

4. The equipment itself does not require power and is energy-saving.

5. Adopting automatic intermittent slag removal, with good slag removal effect and less fiber loss.

6. The machine has a high degree of automation, and once turned on and running normally, there is no need for manual intervention.

7. There is a professional design type for chemical pulp bleaching (black pulp), which allows for more thorough removal of impurities in black pulp.