Syntron® Dewatering Screens
Engineered for Efficient Water Removal. Built for Long-Term Reliability.
Excess moisture can create challenges throughout the material handling process, increasing transportation costs, reducing product quality, causing material buildup, and impacting downstream equipment performance.
Syntron dewatering screens are engineered to efficiently remove free water from bulk materials while maximizing product recovery. Designed for reliable performance in demanding industrial environments, our dewatering screens help operations improve material handling, reduce maintenance, and produce a drier, more manageable product.
Backed by more than 85 years of Syntron and Link-Belt® vibrating equipment expertise, Syntron delivers dependable dewatering solutions for mining, aggregates, coal, industrial minerals, recycling, chemical processing, and other bulk material handling applications.
Why Choose Syntron Dewatering Screens?
Every material and processing operation presents unique challenges. Material characteristics, moisture content, production goals, and operating conditions all influence dewatering performance.
That's why Syntron engineers work closely with customers to recommend the right screen design and configuration for each application. Our goal is to help customers maximize efficiency, improve product quality, and reduce long-term operating costs.
Syntron dewatering screens are designed to provide:
- Efficient moisture removal
- High product recovery
- Reliable continuous operation
- Rugged construction for demanding applications
- Long equipment life
- Low maintenance requirements
- Application-specific configurations
- Expert engineering support
How Syntron Dewatering Screens Work
Unlike conventional sizing screens, dewatering screens are specifically designed to remove free water from bulk materials.
Material is fed onto an horizontal screen deck where vibration separates water from solids. Water passes through the screen media while the conveyed material forms a dense bed that helps retain valuable product particles.
The result is a drier final product that is easier to convey, stockpile, transport, and process while minimizing product loss.
Whether processing sand, aggregate, coal, industrial minerals, or recycled materials, efficient dewatering can improve the performance of the entire operation.
More Than Moisture Removal
A dewatering screen does much more than simply remove water.
By reducing free moisture before conveying, stockpiling, loading, or additional processing, operations can improve efficiency throughout the material handling process.
Benefits can include:
- Improved material flow
- Reduced conveyor carryback
- Less material buildup
- Lower transportation costs
- Improved product consistency
- Reduced impact on downstream equipment
- Lower maintenance requirements
- Increased operational efficiency
Features & Benefits
- Engineered vibration for efficient water removal
- Rugged construction designed for continuous industrial service
- Screen media selected for efficient dewatering and product recovery
- Reliable performance in demanding environments
- Reduced product moisture for improved downstream processing
- Heavy-duty components designed for long service life
- Low-maintenance operation
- Application-specific configurations
- Backed by Syntron's experienced engineering and technical support team
Common Applications
Syntron dewatering screens are used across a wide range of industries where efficient moisture removal is critical to product quality and operational performance.
Aggregates & Sand
Produce cleaner, drier aggregate and sand products while improving stockpile management, material handling, and transportation efficiency.
Mining & Minerals
Remove excess moisture from mined materials before further processing, conveying, storage, or shipment.
For demanding mining applications, Syntron's capabilities extend beyond the dewatering screen itself. Syntron can engineer dewatering as part of a more complete system incorporating additional equipment and advanced controls to meet the specific requirements of the operation.
Coal Processing & Underground Mining
In underground mining applications, dewatering is often more than a single equipment function—it is part of a dynamic material handling system.
Syntron has developed dewatering solutions that can combine dewatering screens, mineral processing screws, and direct-drive VFD controls with Direct Torque Control (DTC). This approach provides greater control of equipment speed and torque than traditional belt-and-sheave drive arrangements.
Controls can also be integrated with mine monitoring systems, allowing the dewatering equipment to respond to changing operating conditions and helping create a more coordinated dewatering process.
For customers requiring a more complete solution, Syntron can provide the engineering, equipment, controls, and system integration needed to address the application as a whole.
Industrial Minerals
Improve product consistency while preparing materials for storage, packaging, transportation, or additional processing.
Recycling
Recover valuable materials while reducing excess moisture prior to further separation or processing.
Chemical Processing
Improve moisture control, material flow, and handling characteristics for a variety of processing applications.
Why Moisture Reduction Matters
Removing excess moisture can positively impact nearly every stage of material processing.
Lower moisture levels can help reduce:
- Conveyor carryback
- Material buildup
- Transfer point maintenance
- Stockpile management issues
- Transportation costs
- Equipment wear
- Product loss
- Unplanned downtime
By improving downstream handling and processing, effective dewatering can deliver value well beyond the screen itself.
From Dewatering Screen to Complete Dewatering System
For applications requiring more than standalone screening equipment, Syntron has the capability to engineer a more complete dewatering solution.
Depending on the application, a Syntron dewatering system may incorporate:
- Dewatering screens
- Mineral processing screws
- Direct-drive VFD controls
- Direct Torque Control (DTC)
- Integration with mine monitoring and control systems
- Application-specific automation and controls
This systems approach is particularly valuable in underground mining environments where material conditions and water loads can change continuously. Rather than treating each component independently, Syntron can engineer the equipment and controls to work together as part of the overall process.
Syntron continues to evaluate advanced dewatering technologies and automation opportunities that can further improve system control, responsiveness, and performance.
Looking for a complete dewatering system for an underground mining application? Contact Syntron to discuss your system requirements.
Why Syntron?
For more than 85 years, Syntron has helped customers move, feed, screen, and process bulk materials with equipment engineered for dependable performance and long service life.
Our engineering team understands that no two applications are exactly alike. That's why we work closely with customers to develop solutions around their material characteristics, production requirements, operating conditions, and the needs of the overall process.
For customers who need more than a standalone dewatering screen, Syntron's capabilities in vibrating equipment, mineral processing screws, drives, controls, conveyors, and system integration allow us to approach dewatering as a complete solution.
This ability to combine proven mechanical equipment with advanced control technology is especially valuable in demanding mining applications, where changing conditions require equipment that can adapt to the process.
From individual dewatering screens to engineered dewatering systems, Syntron delivers proven equipment, application expertise, advanced controls, and responsive support from a single source.
Ready to Improve Your Dewatering Process?
Whether you're replacing an existing screen, designing a new processing system, or looking for a more complete dewatering solution, Syntron can help.
Our experienced engineers will work with you to understand your material, process requirements, operating conditions, and performance goals to develop a dewatering solution designed for reliable long-term operation.
