The Pentek NCP-10 Carbon Impregnated Polyester Filter reduces sediment as well as chlorine taste & odor. The NCP-10 filter is constructed with carbon impregnated media (not cellulose) therefore providing resistance to bacterial attack which makes this filter eligible for use with non-chlorinated well water. NCP series cartridges provide excellent post-filter polishing performance for closed loop streams, reverse osmosis, and well-water applications.The Pentek NCP-10 Specifications:Part Number: NCP-10Micron Rating: 10Dimensions: 9-3/4"x2-1/2"Flow Rate: 3 GPM @ 2 psiFilter Capacity: 225 gallons; 6 monthsTemp Range: 40 - 125 FThe Pentek NCP-10 is the correct replacement filter cartridge for the following:10" standard whole house water filter systemsCulligan HF-360 whole house water filter system
| Return Shipping Will Be Paid By | Buyer |
| All Returns Accepted | Returns Accepted |
| Item Must Be Returned Within | 30 Days |
| Refund Will Be Given As | Money Back |
| Brand | Pentek |
| Compatible Model | filter |
| Model | Pentek NCP-10 |
| Type | Water Filter |
| Filtration Method | 10 Micron |
| Contaminant Removal | Chlorine Taste & Odor |
| Suitable For | Commercial |
| Compatible Brand | Pentek |
| Material | Steel |
| MPN | NCP-10 |
The Pentek NCP-10 Carbon Impregnated Polyester Filter reduces sediment as well as chlorine taste & odor. The NCP-10 filter is constructed with carbon impregnated media (not cellulose) therefore providing resistance to bacterial attack which makes this filter eligible for use with non-chlorinated well water. NCP series cartridges provide excellent post-filter polishing performance for closed loop streams, reverse osmosis, and well-water applications.The Pentek NCP-10 Specifications:Part Number: NCP-10Micron Rating: 10Dimensions: 9-3/4″x2-1/2″Flow Rate: 3 GPM @ 2 psiFilter Capacity: 225 gallons; 6 monthsTemp Range: 40 – 125 FThe Pentek NCP-10 is the correct replacement filter cartridge for the following:10″ standard whole house water filter systemsCulligan HF-360 whole house water filter system