TSS Series Dewatering Screen Introduction
The TSS Series Dewatering Screen from CHUANGLII Group is a reliable, high-performance solution for efficient solid-liquid separation and moisture control in sand processing, mineral beneficiation, coal washing, and recycling applications. Engineered with advanced vibration technology, wear-resistant polyurethane panels, and a riveted welding-free frame, it delivers drier product, clearer process water, and enhanced operational efficiency—maximizing product value, reducing transport costs, and supporting sustainable water management.
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Product Overview: TSS Series High-Efficiency Dewatering Screen
The TSS Series Dewatering Screen is a state-of-the-art machine designed for high-capacity dewatering and fine material recovery. Combining robust riveted construction, modular polyurethane screen panels, and optional cyclone integration, it effectively removes moisture from slurry, improves product grading, and increases recovery rates—making it an essential component in modern wet processing and environmental management systems.
Key Features of the TSS Series Dewatering Screen
1. High-Efficiency Dewatering with Optimized Vibration
Utilizes a high-frequency linear or elliptical vibration motion to convey solids while allowing efficient water drainage, significantly reducing moisture content in products such as sand, tailings, and fine aggregates.
2. Durable Modular Polyurethane Screen Panels
Equipped with abrasion- and corrosion-resistant polyurethane panels in a modular design, offering extended service life, easy replacement, and consistent screening performance compared to traditional wire mesh.
3. Integrated Cyclone Separator for Enhanced Recovery
Can be seamlessly paired with a hydrocyclone to pre-concentrate feed slurry, improving dewatering efficiency and achieving up to 95% fine material recovery, minimizing product loss and optimizing process water clarity.
4. Robust Welding-Free Riveted Frame Construction
The screen frame is assembled using high-strength rivets instead of welding, eliminating stress concentrations and enhancing structural integrity under continuous vibration and load, resulting in greater durability and reliability.
5. Stable Operation with Low Maintenance & Environmental Benefits
Designed for balanced, low-noise operation with easy-access components for simplified maintenance. By producing drier solids and clearer water, the TSS Series supports water recycling, reduces tailings volume, and promotes environmentally responsible processing.
Applications of the TSS Series Dewatering Screen
1. Sand Washing & Aggregate Dewatering
Removes moisture from washed sand, crushed fines, and gravel to produce specification-ready aggregate with low moisture content for concrete and asphalt production.
2. Mineral Processing & Tailings Management
Dewaters concentrates, tailings, and process slurries in mining and beneficiation plants, reducing storage volume and improving water recovery for reuse.
3. Coal Washing & Preparation Plants
Separates water from coal slurry and middlings, producing drier coal products and clearer process water for compliance and efficiency.
4. Recycling & C&D Material Washing
Processes recycled concrete, masonry, and excavation materials to recover clean aggregates and manage wash water in sustainable construction applications.
5. Industrial Sludge & Sediment Dewatering
Handles industrial by-products, sludge, and sediment in chemical, ceramic, and environmental remediation operations.
| Type | TSS2045 | TSS2445 | TSS3050 |
| Sieve Specification(L xW)(mm) | 2000x4500 | 2400x4500 | 3000x5000 |
| Processing Capacity (t/h) | 130-180 | 150-250 | 250-350 |
| Motor Power (kW) | 5.5KWx2 | 18.5KWx2 | 22KWx2 |
Why Choose the TSS Series Dewatering Screen?
High Recovery & Low Moisture: Achieves up to 95% material recovery with significantly reduced product moisture.
Long-Life Polyurethane Panels: Modular wear-resistant panels reduce replacement frequency and downtime.
Riveted Robust Frame: Welding-free construction ensures structural integrity under continuous vibration.
Cyclone-Ready Design: Optional integration enhances efficiency and fine particle recovery.
Environmental & Cost Benefits: Supports water recycling, reduces tailings volume, and lowers transport costs through drier products.
