Pleated Filter Cartridges have high dirt holding capacity. These pleated filter cartridges are used in pharmaceutical, food, and beverage applications. These are manufactured with high-grade raw materials in order to increase the durability of the filter. The filter medium is adjusted to the application in order to provide optimum performance infiltration.
These cartridge filters have excellent chemical compatibility and are suitable for filtering organic solvents acid bases. The pleated design of these cartridge filters increases the filtration area. These filters have a longer service life.
Pleat Cartridges increase the effective filter area significantly over conventional pleated synthetic media. Deeper pleats are allowable through media which prevents collapsing of pleats under operating pressure. This unique design uses staggered dimpling on the filtering side which, unlike other dimpling patterns, provides an unrestricted airflow and pulse cleaning at the extreme ends of the pleats.
· High Surface Area Pleated Fitter Cartridges Have High Dirt Holding Capacity
· Meltblown Polypropylene Fitter Media
· Provides Efficient Particle Removal
· 100% Polypropylene Construction for wide Chemical Compatibility
· Cartridges meet all relevant guidelines for use in pharmaceutical, food, and beverage applications
· Manufactured under an ISO 9001 Quality system
· Biotechnology Application
· Increased filter area lowers pressure drop, reduces cleaning frequency, increases capacity, and/or improves filter life
· The media is more durable for longer life than non-synthetic media
· Surface loading media provides superior pulse cleaning
· 99.9% efficiency for 1.0-micron particles and above
· Media can be laminated to PTFE membrane for maximum efficiency
· Dimple is formed with a heated die and staged cooling to set the shape permanently
· Dimples are staggered to allow pulse cleaning to the extreme ends of the pleat
Choosing the right pleated cartridge filter can improve your cartridge collector's dust capture efficiency, help it operate more reliably, and reduce its energy and maintenance requirements
