Compatible to Watts Pack of 4 Filter (WPC0.35-975) 9.75"X2.75" 0.35 Micron Pleated Sediment Filters
Compatible to Watts Pack of 4 Filter (WPC0.35-975) 9.75"X2.75" 0.35 Micron Pleated Sediment Filters
0.35 Micron Pleated Sediment Filter Pack
Pleated sediment filters offer more surface area and longer service life than wound or spun cartridges, which means fewer changeouts and lower pressure drop. This 4-pack of 0.35 micron filters uses cellulose-free synthetic media that you can rinse and reuse, cutting replacement costs without sacrificing fine sediment removal.
Filter Details
Direct Replacement for Watts WPC0.35-975
These IPW Industries filters are engineered to replace Watts WPC0.35-975 cartridges in standard 10-inch housings with 2.5-inch outer diameter. The 0.35 micron rating makes them suitable for whole-house sediment filtration and reverse osmosis pre-filtration where fine particulate removal is required. Synthetic media construction means no cellulose breakdown, no additives to foam or degrade, and consistent filtration performance across the service life.
Original: $72.00
-65%$72.00
$25.20Product Information
Product Information
Shipping & Returns
Shipping & Returns
Description
0.35 Micron Pleated Sediment Filter Pack
Pleated sediment filters offer more surface area and longer service life than wound or spun cartridges, which means fewer changeouts and lower pressure drop. This 4-pack of 0.35 micron filters uses cellulose-free synthetic media that you can rinse and reuse, cutting replacement costs without sacrificing fine sediment removal.
Filter Details
Direct Replacement for Watts WPC0.35-975
These IPW Industries filters are engineered to replace Watts WPC0.35-975 cartridges in standard 10-inch housings with 2.5-inch outer diameter. The 0.35 micron rating makes them suitable for whole-house sediment filtration and reverse osmosis pre-filtration where fine particulate removal is required. Synthetic media construction means no cellulose breakdown, no additives to foam or degrade, and consistent filtration performance across the service life.
