Spiral heavy slag remover

1. Product IntroductionThe medium to low concentration heavy-duty slag remover is a new type of slag remover developed based on advanced foreign technologies. It is characterized by a large diameter, high throughput, and energy-saving capabilities. Its unique structural design allows for slurry input within a concentration range of 0.4% to 2.0%.The slurry enters the conical body in a spiral tangential manner, quickly forming a stable vortex. Good slurry is separated from the upper section, while tail slurry is discharged through the bottom slag discharge device. The flushing water creates a vortex, facilitating secondary separation of the tail slurry in the secondary separation chamber, where fibers are concentrated and recovered from the center, and tailings are expunged from the bottom discharge outlet, significantly reducing fiber loss. This device can be applied in various slurry purification systems to remove heavy impurities such as sand and dust from the slurry.

2. Equipment FeaturesA: Flexible Structural DesignEach slag remover consists of several components, including the inlet and outlet section, wear-resistant conical body, tailings discharge conical body, and secondary separation chamber, making disassembly and assembly more convenient.B: Low Power ConsumptionThe unique structural design allows slurry to enter the slag remover at any concentration between 0.4% and 2.0%, requiring an inlet pressure of only 0.2 mPa to form a stable vortex, significantly reducing system power consumption and maintenance costs.C: Long Service LifeThe main body of the device is made from wear-resistant stainless steel, enhancing the durability and corrosion resistance of the slag remover, thus expanding its application range. The discharge conical body is constructed from wear-resistant ceramic, ensuring longevity.D: Secondary Fiber Separation DeviceThe device features a unique secondary fiber separation mechanism that minimizes fiber loss. The walls of the separation chamber are designed with transparent, wear-resistant materials, allowing for easy observation of operational status.

3. Parameter Selection