Dewatering Screen is high-efficiency solid-liquid separation equipment. It adopts dual vibration motors driving, forming linear vibration trajectory. Commonly equipped with wear-resistant polyurethane screen panels. Mainly used for dewatering, desliming and medium draining of sand, gravel, tailings, coal slurry and mineral concentrate.
Detailed technical information, working principles and application scenarios. Custom configurations available based on your project requirements.
Linear Vibrating Dewatering Screen is high-efficiency solid-liquid separation equipment. It adopts dual vibration motors driving, forming linear vibration trajectory. Commonly equipped with wear-resistant polyurethane screen panels. Mainly used for dewatering, desliming and medium draining of sand, gravel, tailings, coal slurry and mineral concentrate. It is ideal supporting equipment matched with sand washer, sand recycling machine, greatly reduce moisture content of finished sand, improve sand quality and reduce transportation cost.
1. Excellent Dewatering Effect
After screening, moisture content of finished sand can be controlled below 15%, convenient for direct transportation and sale.
2. Long Service Life Screen Plate
Polyurethane sieve plate features wear resistance, anti-clogging, low noise, much longer service life than steel mesh.
3. Stable Vibration & Low Failure Rate
Dual vibration motor synchronous drive, balanced force, small vibration, can run continuously for 24 hours.
4. Simple Structure & Easy Maintenance
Modular structure, quick replacement of screen panels, low daily maintenance cost.
5. Wide Application Range
Suitable for fine sand recovery, tailings dewatering, coal washing, mineral processing desliming and other working conditions.
Engineered for reliability, built for performance. Every WSHT product reflects our commitment to quality and innovation.
High-grade steel structure & precision CNC machining for long-term reliability in the harshest mining conditions.
Optimized chamber geometry and intelligent design deliver maximum output per hour with minimal downtime.
Advanced engineering reduces power consumption by up to 20% compared to conventional equipment designs.
On-site installation, commissioning, operator training and spare parts supply available worldwide.
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Our engineering team will design a tailored solution based on your site conditions, ore characteristics and production targets. Bilingual project management with end-to-end support.
