Efficient Tailing Treatment in Waste Paper Pulp Processing
The Reject Sorter, also known as a Turbo Separator, is a specialized piece of equipment designed for recovering usable fiber and removing impurities from tailings in the coarse screening stage of waste paper pulp processing. It plays a vital role in reducing fiber loss, lowering production costs, and improving overall efficiency in stock preparation systems.
Key Applications
Fiber recovery and impurity separation from tailings
Designed specifically for use in coarse screening systems in waste paper recycling
Enhances yield and reduces fiber waste in the screening process
Core Features and Benefits
Efficient Fiber Separation
The reject sorter features a specially designed high-speed rotor that generates strong centrifugal force, effectively separating fibers from contaminants. The integrated backwash water system further aids in dislodging fibers, allowing for cleaner and more complete separation.
Minimal Fiber Loss
By recovering fibers that would otherwise be discarded with impurities, the system helps reduce material loss, ensuring that more usable pulp remains in the process. This translates to lower raw material costs and higher production efficiency.
Enclosed System for Clean Operation
The equipment operates in a closed environment, preventing pulp spillage and ensuring a cleaner, safer, and more sustainable workspace.
User-Friendly Maintenance
The openable upper cover makes it easy to inspect and maintain internal components, reducing downtime and simplifying routine maintenance tasks.
Advantages at a Glance
Reduces fiber loss during tailing treatment
Lowers overall pulp processing costs
Effective separation of impurities including plastics, sand, and stickies
Clean and enclosed operation
Quick access for maintenance through openable cover
Ideal for recycled fiber processing systems
Conclusion
The Reject Sorter (Turbo Separator) is an essential component for any waste paper recycling system, ensuring efficient handling of tailings by separating out impurities and recovering valuable fibers. Its compact, enclosed design and ease of maintenance make it a smart investment for paper mills seeking to improve sustainability, reduce fiber waste, and maintain high pulp quality throughout the production process.