Cobetter Ultrapore Filter Cartridges are used as a final filtration for pigment-based inks, dye-based inks, and ceramic ink jet inks. PP Nano Fibers outer layers provide high flow rates and multi-layer of super fine glass micro fiber contribute to high efficiency.
· Optimized design provides high dirt holding capacity and high removal efficiency (>99.9%).
· Outer layers use PP nano fibers while inner layers use multiple layers of super fine glass micro fibers. This feature allows a high removal efficiency of particles. In addtion, it has an extremely long life time while maintaining high removal efficiency for small particle removal.
· Unique heat solidification technology bonds fibers together, thus; preventing fiber release.
· Excellent gel retention capability.
· PP+GF Media yields excellent compatibility with most ink chemistries.
· Final Filtration with Super Fine Glass Micro Fiber for Pigment-Based Inks,
Dye-Based Inks, and Ceramic Ink Jet Inks
Material of Construction
Filter Medium | Nano Fiber Media (PP+GF) |
Support Layer | Polypropylene / Nylon mesh |
Core/Cage/End Caps | Polypropylene |
O-Ring | Please refer to ordering information |
Effective Filter Area | 0.24m² / 10 inch |
Operating Conditions
Max. Operation Temperature | 80°C |
Max.Differential Pressure | 4.0 bar / 21°C 2.1 bar / 80°C |
Flow Rate Characteristics
Retention Characteristic
Pore size | SHP 0.3 | SHP 0.5 | SHP 1.0 | SHP 3.0 | SHP 5.0 | ||
≥0.2μm | 99.38% | 96.65% | - | - | - | ||
≥0.5μm | 99.99% | 99.91% | 92.75% | - | - | ||
≥1.0μm | 100% | 99.99% | 99.88% | - | - | ||
≥2.0μm | 100% | 100% | 99.99% | 85.73% | 68.35% | ||
≥3.0μm | 100% | 100% | 100% | 99.92% | 79.47% | ||
≥5.0μm | 100% | 100% | 100% | 100% | 99.90% |
Series | Removal Rating | End Cap | Lenght | Seal Material | Industry | ||
SHP | 0030 0050 0100 0200 0300 0500 1000 | = 0.3μm = 0.5μm = 1.0μm = 2.0μm = 3.0μm = 5.0μm = 10.0μm | 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 | |