Harmsco 801-0.35, 0.35 Micron Premium Polyester Cartridge
Designed for HIF, BC, HMC and FSSS Filter Housings
Highley effiecient filter cartridges made of pleated Polyester-Plus™ filter media. The industry's largest surface area.
- Lower overall operating cost
- High flow capability
- Longer filter runs for fewer change-outs
- Increased contaminant removal
- Lower intial pressure drops
- Reduced maintenance down time and cost
- NSF Certified to ANSI-NSF 61
Features
- Pleated design for more surface area
- FDA approved materials - NSF 61 Certified
- Engineered media for superior performance
- Cleanable and reusable in most applications and micron sizes
- Thermally bonded end caps to ensure better sealing
- Color coded end caps for easy micron identification
- Full product line - largest selection of micron ratings
- High Temperature cartridges available (not NSF 61 Listed)
Applications
- Reverse Osmosis Pre-Filtration - Cooling Tower Filtration
- Municipal Drinking Water Filtration - Chill Water Loop Filtration
- Commercial/Residential Drinking Water Filtration - Food & Beverage Filtration
- Desalination Pre-Filtration - Marine/Aquatic Filtration
- Industrial Water Filtration - Industrial Coolant Filtration
Harmsco® HIF filter housings use 9-3/4", 19-1/2" and 29-1/4" length cartridges only.
| Micron Rating | 0.35 Microns |
| Media (sq ft) | 6 |
| Rec. Flow Rate (GPM) | 6 |
| Flow Rate | 4-6 GPM per 9-3/4" length |
| Filter Dimension | 2-3/4" OD x 9-3/4" H (1-1/16" ID) |
| pH | 3-11 |
| Filter Dimension | 2-3/4" OD x 9-3/4" H |
| Filter Media | Polyester-Plus™ |
| End Caps | Plastisol (pliable PVC), except urethane on HT Series |
| Center Tubes | Molded ABS or rigid PVC |
| Temperature | 140°F (Standard), 200°F (High temp. cartridges)** |
** Temperature limits vary and depend on pressure and time under load
1 Customer Review
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.35 Microns - Excellent Product!
The high efficiency Harmsco filter is used on my household well water. This sediment filter is doing a good job at sustaining my ultrafilter system (.02 microns) over time.
