Tubular UF Membrane
Tubular UF Membrane
AMFOR's 10 foot multi-tubular UF-7 elements are designed for use with both anodic and cathodic paints.
Nominal Design Parameters
Feed Rate. ......................................................................................................................................................................30GPM
Element Inlet Pressure ................................................................................................................................................. 60PSI
Pressure Drop .......................................................................................................................... 6PSI per Element in Series
Maximum Permeate Pressure ........................................................................................................................................5PSI
Note: Design parameters will vary with feed condition and concentrations.
Element Limits
PH Ranges. ........................................................................................................................................................................1-11
Feed Range (min/max) .........................................................................................................................................25/35GPM
Inlet Pressure (max) ......................................................................................................................................................70PSI
Outlet Pressure (min) ....................................................................................................................................................10PSI
Operating Temperature (max) .....................................................................................................................................105°F
Pressure Drop (min/max) ................................................................................................. 4/8 PSI per Element in Series
Connection and Shipping Weights
| Model | Permeate Connection | Weight |
| UF-7 | 3/8″Tube or 1/4″ NPT | 4.2 lbs |
Application and Permeate Capacity
| Model | Application | Output in Steady State(GPM) |
| UF-7 | Anodic ED Paint | 1.20 |
| Cathodic ED Paint 0.66 |
* Output depend upon type and concentration of feed.
AMFOR Membrane AMF19 tubular UF system incorporates a robust, low-cost module in stainless steel or plastic, together with a choice of tubular membranes in various materials. The innovative removable core design permits simple, rapid, and inexpensive membrane replacement. Modules are offered in two lengths (3.05m & 3.66m), each housing 19 membrane, 12.5mm in diameter, cast in epoxy resin at each end.
To ensure system integrity, on-line permeate sampling from individual modules is available. The AMF 19 module is manufactured with materials approved by the FDA. The open channel design processes liquids with high levels of suspended solids without plugging and facilitates highly effective cleaning in place. The compact design gives the module a high strength allowing operating pressures of 7 bar. AMFOR’s unique in-situ replaceable core enables fast, easy and cost-effective remembraning.
Notes: AMF19 competitive replacement PCI A19 AMF-K19 competitive replacement KOCH SUPER-COR
Key Features and Benefits
| Replaceable membrane core: | Allows fast, cost-effective remembraning, reducing downtime |
| Proven membranes: | With applications in the food, beverage, chemical and pharmaceutical industries |
| Compact module design: | Quick and easy plant construction |
| Tubular module: | Minimal prefiltration required, suited to viscous liquids and high levels of suspended solids. |
Specification
Operating pressure and temperature | Up to 7bar and 60℃ |
Shroud material | AISI 316 Stainless Steel (Other standards and material available on request) |
Membrane type | UF membrane in PVDF |
PH rang | 1.5-10.5 |
Dimensions
| AMF19 | Length(m/ft) | 1.83/6.00 | 3.05/10.0 | 3.66/12.0 |
| Area(m2/ft2) | 1.29/13.8 | 2.18/23.5 | 2.62/28.2 | |
| AMF-K19 | Length(m/ft) | 3.0/10.00 | ||
| Area(m2/ft2) | 2.23/24 |