Basic information
The filter cartridges are modeled using a computer that optimizes the geometry of the filter cartridges and thus maximizes the use of the cartridge surface. Graded density design offers a high flow rate, low-pressure drop, and improved dirt retention capacity. The continuous winding process provides a consistent high dirt retention capacity, long life, and high flow rate. Different filter media provide excellent chemical compatibility for different applications.
- No odor, no foaming, and no media migration.
- Computer filter cartridge design optimizes geometry and maximizes surface utilization.
Operational data for wound candle filter cartridges
| Maximum operating temperature | Polypropylene 90 ° C, bleached cotton fiber with stainless steel core 150 ° C, glass fiber with stainless steel core 400 ° C |
| Maximum differential pressure | 2.7 bar at 27 ° C, 1.4 bar at 60 ° C, 0.7 bar at 82 ° C |
| Recommended pressure loss replacement | 1.0 bar |
Differential pressure measurement is most often performed by pressure gauges before and after the filter and after reaching the limit pressure it is necessary to replace the filter elements.
Main applications of wound candle filters
Surface treatment, RO pretreatment, chemical industry, petrochemical industry, beverage industry, food industry, electrical industry.
Specifications
Filter material: P - polypropylene, B - bleached cotton fiber, G - glass fiber Core material: polypropylene, SUS202, SUS304
