Incoming Water Treatment for Soft Drinks Production
Filters with Ultipleat ConfigurationProfile filters with Ultipleat configuration use continuous Profile membrane in a proprietary cresent-shaped pleat structure. This design is also available for Pall Ultipor GF Plus filters. A patented spiral wrap is attached to each pleat to allow for uniform flow through each pleat. The benefit of the Ultipleat configuration is a reduced pressure drop (as low as one-fifteenth that of conventional depth filters) and higher flow rate that results in unsurpassed filter service life.
Benefits of Pall Filters with Ultipleat Construction
- Uniform flow distribution with Ultipleat construction, which can provide a longer service life
- Patented spiral wrap bonded to each pleat, maintains a uniform flow through pleats and prevents pleat collapse and bunching
- Longer life than many pleated polypropylene membrane filters, resulting in lower costs and reduced change-outs
- Higher flow rate and lower differential pressure than pleated and depth media capacity
High-Flow Filters with Ultipleat ConstructionPall has addressed the need for an economic and reliable particulate filter system designed for high-flow applications—a solution that eliminates having to settle for the traditional systems, bag filters or cartridge filter which truly do not meet all process requirements. Pall Profile and Ultipor (resin-bonded glass fiber) filters are available in an Ultipleat High-Flow filter configuration. These products combine the benefits of the membrane (resin-bonded glass fiber or Profile) and the Ultipleat cresent-shaped pleat geometry into a design that allows for flows up to 500 GPM per membrane cartridge. Ultipleat High-Flow filters utilize a 6-inch diameter and a 40 - 60 inch length to maximize the ratio between surface area and cross-sectional area and to minimize core pressure drop. The flow direction is in to out so that contaminants can be collected inside the filter for easy disposal. The filters are coreless, with an all-plastic construction, to minimize waste disposal costs. Micron ratings from 2 to 20 microns are available. The Ultipleat High-Flow filter design allows for a smaller footprint with fewer filters to change-out.
Benefits of Pall Filters with High-Flow Ultipleat Construction
- Reduced capital costs
- Reduced element replacement costs
- Reduced maintenance time
- Reduced waste volume
- Lower clean pressure drop
- Ease of service
- Smaller footprint
- Higher fill rates
- Lower product hold-up volume
ProductsPall Aria Water Treatment Systems
Aria FB membrane filtration systems incorporate unique features which enable food and beverage plants to achieve high water quality at reduced operating costs.
Ultipleat® High Flow Filter Elements with Profile® UP Media
Designed for high particle removal efficiency in high flow rate food and beverage applications.
Profile® Coreless Filter Elements
Design eliminates the core to provide a convenient, cost efficient and environmentally-friendly solution for liquid clarification applications.
Profile® Star Filters
The Profile Star filter cartridge combines the advantages of a continuously graded pore structure and a unique pleated geometry to provide an increase in effective filtration area and service life.
Profile® II Filter Cartridges
Designed for high-performance clarification and particle removal in food and beverage processes.
Claris® Filter Cartridges
Effective particle removal and the most cost efficient solution for applications within the food and beverage industry.
Nexis® T Series Filter Cartridges
Pall’s proprietary CoLD™ (Co-Located Large Diameter) fiber technology gives the Nexis T filters internal support combined with high dirt holding capacity.
Rigimesh® Sintered Metal Mesh Filter Cartridges
Sintered metal mesh filter cartridges constructed from fine-woven stainless steel wire mesh, sintered at each wire contact point.
SUPRAdisc™ II Depth Filter Modules
Increased capacity, reliability, handling advantages, and robustness as compared with classic stacked disc modules. Important cost savings are realized with these next generation modules due to their unique design advantages.