Loading... Please wait...This DFAC2 Capsule filter 5 micron is suitable for Durst Rho 1312 printers. This is the original Pall part (number DFAC2J100SW84M).
The DFAC filter capsule is a large-capacity, self-contained filter developed for larger digital printing systems that require increased ink flow rates.
This filter capsule extends the capabilities of the DFA capsule with new features specifically for the digital printing market.
Among these features is an opaque exterior shell to protect against UV-light intrusion, large-bore connections to minimize pressure loss, and a wide range of industry-accepted media appropriate for most digital printing applications.
Two capsule sizes are available, with twice and four times the capacity of the popular Multiple Application Capsule (MAC).
The DFAC2 filter capsule is a large-capacity, self-contained filter developed for larger digital printing systems that require increased ink flow rates.
This filter capsule extends the capabilities of the DFA capsule with new features specifically for the digital printing market.
Among these features is an opaque exterior shell to protect against UV-light intrusion, large-bore connections to minimize pressure loss, and a wide range of industry-accepted media appropriate for most digital printing applications.
| Features | Advantages | Value |
| Filter media consistent with other Pall ink jet capsules | Seamless scale-up with industry-accepted filter media | Fewer transition issues when developing new printer platforms |
| Rugged Swagelok-compatible compression-fitting connections | Easy and quick filter change; no fitting change required | Minimal ink loss and printer downtime |
| Binders, glues, and mold release agents not used | Low extractables from filter components | No changes to ink properties from additional materials |
| Compact capsule with minimal dead space | Rapid capsule priming at start-up | Reduced ink loss and printer downtime |
| Rugged, molded-in vent connections | Able to vent quickly at start-up and/or continuously during operation | Virtually eliminates air entrapment during operation |