High Performance WYLT Filter Press Feed Pump China Factory Suppliers
The AIER® WYLT Filter Press Feed Pump is a high-performance centrifugal slurry pump specifically engineered for the rigorous demands of filter press feeding applications. Featuring a unique side-suction volute liner design, this pump is optimized for handling high-density slurries with exceptional stability and precision, ensuring a seamless flow from the source to the filtration system.
Designed for versatility and durability, the WYLT series excels in transitioning from high-capacity, low-pressure operations at the start of the cycle to low-capacity, high-pressure performance at the end. With its robust construction and advanced hydraulic design, it eliminates the need for complex frequency converters or mechanical seals, providing a cost-effective and low-maintenance solution for industrial slurry transport.
Detailed Parameters
| Size Range | 65mm to 125mm | Capacity Range | 40-304 m3/h |
|---|---|---|---|
| Head Range | 25-92 m | Handling Solids | 0-70mm |
| Concentration | 0%-60% | Standard Speed | 1480 rpm |
| Material Options | Hyper Chrome Alloy, Ceramic, etc. | Seal Type | Packing Gland (Leak-proof) |
| Application | Filter Press Feeding | Coupling Type | Direct or Belt-Pulley |
Key Advantages
Wear-Resistant Materials
Utilizing hyper chrome alloys and ceramics to withstand highly abrasive slurries, significantly extending the service life of the pump.
Operational Stability
Advanced hydraulic design ensures stable operation even when pumping high-density slurries, reducing downtime and maintenance.
Dynamic Pressure Adaptation
Optimized for the filter press cycle: starts with high capacity/low pressure and finishes with low capacity/high pressure.
Simplified Sealing
The packing gland seal design removes the need for seal water or expensive mechanical seals, simplifying installation.
No Frequency Converter
Achieves the necessary speed and pressure adjustments without requiring a frequency converter, reducing system complexity.
Flexible Configuration
Customizable impeller diameters and belt-pulley coupling options to precisely meet specific head and flow requirements.
Product Gallery
Management Platforms
Slurry Handling
Efficient transport of high-concentration slurries up to 60% concentration without clogging.
Precision Feeding
Designed specifically for filter press cycles to optimize feeding pressure and flow rates.
Low Maintenance
Packing gland seal design reduces the need for constant water supply and seal replacements.
Material Versatility
Available in ceramic and hyper chrome alloys to match the chemical properties of your medium.
Suction Optimization
Flood suction recommended for low suction head requirements and maximum pump efficiency.
System Integration
Compatible with various motor types (Y225, Y250, Y280 series) for tailored power output.
Investment Return Comparison
| Feature | Standard Centrifugal Pump | AIER® WYLT Feed Pump |
|---|---|---|
| Wear Life | Frequent liner replacement | Extended life (Hyper Chrome/Ceramic) |
| Sealing Cost | High (Mechanical Seal maintenance) | Low (Simple Packing Gland) |
| Control System | Requires Frequency Converter | Direct Drive / Simple Pulley |
| Slurry Density | Limited to low concentration | Handles up to 60% Concentration |
| Cycle Efficiency | Constant flow (inefficient for press) | Dynamic capacity/pressure curve |
Frequently Asked Questions
The WYLT pump features a sharp capacity/head curve, allowing it to provide high capacity at low pressure during the initial feed and low capacity at high pressure as the filter press fills, which is essential for optimal filtration.
Yes, it is specifically designed for abrasive slurries. We offer materials such as Hyper Chrome Alloy and Ceramic to ensure maximum wear resistance and longevity in harsh environments.
No, the WYLT pump is designed to operate efficiently without a frequency converter. Speed adjustments can be managed by changing the impeller diameter or using a belt-pulley coupling system.
The AIER® WYLT series is capable of pumping high-density slurries with concentrations ranging from 0% up to 60%.
It uses a packing gland seal type. This design guarantees no leakage while eliminating the need for seal water or complex mechanical seals, making it easier to maintain.
We suggest flood suction for low suction head applications. Additionally, the suction/discharge pipes should be equal to or larger than the pump diameter, and inlet pipes should be kept short for high-density slurries to prevent suction loss.














