Endoer E-MG series micro-glass pleated depth media cartridges provide extra-efficient micronic and submicronic retention of particulate in high-purity fluid filtration applications. Available in a wide range of absolute and nominal ratings. They offer improved flow permeability and contaminant capacity versus polypropylene microfiber media. Component materials comply with US FDA and EU regulations for safe use with food products and potable water.
Media has been independently verified to achieve >99.95% cyst reduction performance in accordance with the NSF/ANSI-53 standard.
Features
- Durable and inert polypropylene hardware components
- Superior permeability with excellent particulate retention
- Thermally-bonded construction for cartridge integrity
- Produced under clean-room conditions for product purity
Applications
- Food products & ingredients
- RO pre-filtration
- Deionized water systems
- Process water; wastewater
- Fine chemicals
- Packaged wate
Product Quality
- Clean room manufacturing environment supports product purity
- Manufactured within an ISO 9001:2015 certified quality management system
- Each filter element is inspected for compliance with requirements for manufactured cartridge integrity.
- Plastic components meet Biological Reactivity Test requirements of USP <88> for Plastics Class VI-121°C.
Materials of Construction
Media | Borosilicate glass microfiber; acrylic binder |
Support Layers | Polyester, spun-bonded |
Cage/Core/End Caps | Polypropylene |
Seal Options | Silicone, NBR, EPDM, FKM, E-FKM |
Dimensions
Diameter | 69mm (2.72") |
Lengths | 10”, 20”, 30”, 40” |
Operating Conditions
Operating Temperature | 80°C (176°F) max. |
Operating dP (max.) | 4 bar (58 psi) @ 20°C (68°F) 2 bar (29 psi) @ 80°C (176°F) |
Change-Out dP | 2.6 bar (38 psi) @ 20°C (68°F) |
Clean Pressure Drop
Cyst Reduction Performance
Standard configuration cartridge elements featuring Endoer's 1 micron absolute rated micro-glass media have been independently tested and verified to achieve >99.95%cyst reduction performance in accordance with the ANSI/NSF-53 standard test protocol