Industry - Dewatering Screens

Technical Highlights : 
 Input Size: 0–10 mm
 Production Capacity: Up to 180 tons/hour
 Final Moisture Content: As low as 12%–15%
 Application Scope:
 Sand & gravel yards
 Mining operations
 Building materials
 Transportation hubs
 Chemical processing
 Water conservancy & hydropower
 Concrete batching plants
 Metallurgical industries

While classified under dewatering equipment, the structural design of dewatering screens varies depending on the material being processed. For instance, a sand dewatering screen used in a washing line differs significantly from a tailings dewatering screen employed in mineral concentration facilities.

Our stainless steel dewatering screens are the result of extensive R&D and rigorous testing, tailored specifically for challenging materials such as quartz sand, potassium feldspar, and substances with high acidity or alkalinity. These systems are built for low energy consumption, high throughput, and continuous operation.

Working Principle
The dewatering screen consists of a screen box, vibration exciter, supporting structure, and motor assembly. It utilizes dual motor self synchronization technology, featuring universal eccentric blocks and adjustable amplitude vibrators.

The two independent vibrators operate in synchronized opposition, generating centrifugal forces that cancel each other transversely and reinforce motion longitudinally. This results in a linear reciprocating motion of the screen box, enabling efficient separation and drainage.

Key Features & Benefits
 Compact Design: Small footprint with high processing capacity per unit area
 Continuous Operation: Ideal for 24/7 industrial use
 Durable Components: High wear resistant screen plates with extended service life
 Modular Assembly: Simplified maintenance and quick part replacement