The PureT EVP-MAF-13 Pure Water Guard delivers point-of-use filtration with a 0.1 micron hollow fiber membrane that removes 99.9% of bacteria, cysts, VOCs, and sediment while maintaining low pressure drop. Engineered as a direct replacement for Everpure H-104 cartridges, this NSF-compliant filter combines advanced membrane technology with user-friendly installation for commercial and residential applications.
SPECIFICATIONS
Core Performance Data
Filtration Rating
0.1 Micron
Hollow fiber membrane technology
Bacteria Reduction
99.9%
Independent lab verified
Compatibility
H-104
Everpure direct replacement
Compliance
NSF / FDA
Certified materials and standards
Pressure Drop
Low
Maintains flow rate
Installation
Tool-Free
Drop-in cartridge design
TECHNICAL DETAILS
Filter Specifications
| Model Number | EVP-MAF-13 |
| Membrane Type | 0.1 Micron Hollow Fiber |
| Contaminant Removal | Bacteria, Cysts, VOCs, Sediment, Turbidity |
| Compatible Models | Everpure H-104 cartridge systems |
| Certification Standards | NSF and FDA compliant materials |
| Flow Characteristics | Low pressure drop, instant absorption |
| Installation Method | User-friendly drop-in replacement |
COMPATIBILITY & APPLICATIONS
Where This Filter Works
The PureT EVP-MAF-13 is engineered for direct compatibility with Everpure H-104 filter heads and manifolds commonly found in commercial foodservice, coffee and espresso equipment, ice machines, and residential point-of-use systems. The hollow fiber membrane design provides superior bacteria and cyst reduction compared to standard carbon block filters, making it ideal for applications requiring microbiological safety without sacrificing flow rate. This filter integrates into existing Everpure-compatible installations without modification to plumbing or mounting hardware.
💧 The 0.1 micron hollow fiber membrane in this cartridge provides bacterial reduction capabilities that standard sediment and carbon filters cannot match, making it particularly valuable for immunocompromised users or applications requiring enhanced microbiological safety beyond municipal treatment.
