Application-oriented belt technology
Filter belts are selected around permeability, chemical exposure, mechanical load and cleaning requirements. Open structures and reinforced edges can be tailored to continuous process equipment.
Technical overview
| Function | Filtration / dewatering |
|---|---|
| Structure | Open / permeable |
| Duty | Continuous process |
| Options | Chemical resistance / edge reinforcement |
Typical applications
Construction
Filter belts are engineered as open or permeable process belts. Material selection, weave or perforation pattern, edge reinforcement and joining method determine permeability, mechanical stability and process life.
Operating Properties
They are designed to combine controlled liquid passage with stable solids transport. Chemical resistance, cleanability and dimensional stability are critical for continuous filtration and dewatering.
Selection Criteria
Define particle size, liquid chemistry, operating temperature, pressure or vacuum conditions, required filtration rate, cleaning cycle and edge-loading conditions.
Application engineering matters
Final belt selection should always be verified against the real conveyor geometry, tension calculation, material characteristics, duty cycle and environmental exposure.