Cobetter MultiPoly Filter Cartridges is an all-polypropylene pleated depth filter cartridges. The design adopts depth filter technology for a graded pore size, higher dirt holding capacity, avoids filter surface jams, and eliminates ink contaminants (gels and agglomerates). The graded pore size distribution from coarse (upstream) to fine (downstream) removes particles gradually and extends the filter's service life.
· Media constructed of 5-7 layers with a larger pore size on the upstream and a smaller pore size on the downstream. This enables additional particle loading and higher dirt holding capacity.
· Multi-layer Nano Fiber Media eliminates particles according to pore size distribution and significantly increases lifetime.
· Multi-layer Nano Fiber Media provides excellent removal of contaminants capabilities, including gels and agglomerates.
· Polypropylene construction yields excellent compatibility
with most ink chemistries.
· Highest Dirt Holding Capacity for Pigment-Based Inks / Ceramic Inks / UV Inks Pre-Filtration
Material of Construction
Filter Medium | Multi-Layers Nano Fiber Polypropylene |
Support Layer | Polypropylene |
Core/Cage/End Caps | Polypropylene |
O-Ring | Please refer to ordering information |
Effective Filter Area | ≥0.26m² /10 inch |
Operating Conditions
Max. Operating Temperature | 80°C |
Max.Differential Pressure | 4.0 bar / 21°C 2.1 bar / 80°C |
Flow Rate Characteristics
Retention Characteristic
Pore size | PFSA2 0.2 | PFSA2 0.5 | PFSA2 1.0 | PFSA2 5.0 | |||
≥0.5μm | 99.02% | 99.87% | - | - | |||
≥1.0μm | 100% | 99.65% | 98.90% | - | |||
≥2.0μm | 100% | 100% | 99.99% | - | |||
≥5.0μm | 100% | 100% | 100% | 98.87 |
Series | Removal Rating | End Cap | Lenght | Seal Material | Industry | ||
PFSA2 | 0030 0050 0080 0100 0150 0200 0500 1000 7000 9000 | = 0.3μm = 0.5μm = 0.8μm = 1.0μm = 1.5μm = 2.0μm = 5.0μm = 10.0μm = 70.0μm = 90.0μm | DOE = Double Open End TC = 222/Flat Cap TF = 222/Fin Cap SF = 226/Fin Cap SC = 226/Flat Cap | 05= 5" 10=10" 20=20" 30=30" 40=40" | S=Slilicone E=EPDM V=Viton P=Encapsulated Viton | C= Chemical | |