Cataphoresis Cells, Extruded Anode Cell Membrane

• Customization: Available
• Membrane Type: Tubular
• Type: Ionite membrane
• Model NO.: extruded
• Anion Exchange Membrane Sheet Origin: Italy
• Configuration: Tubular
• Design: Pressurized
• Effecitive: 500mm-3000mm
• Electrode: SS316
• Outer Protection Mesh: No
• Style: Tubular Dialysis Cells
• Transport Package: Carton/Wooden Box
• Specification: ion exchange membrane
• Origin: Italy
• HS Code: 84219990
• Production Capacity: 100piece/Month

Product Description

 

SCOPE OF SUPPLY
AUF   Dialysis cell d. 65 mm extruded membrane (No anode)
AUFL Dialysis cell d. 80 mm extruded membrane (No anode)

AUF 65 DIALYSIS CELL d. 65 mm (ALTING ED CORE COMPARATIVE PRODUCT) 
Components of AVIN AUF 65 cell membrane are completely interchangeable with Alting ED CORE Cell 
Anolite solution will be circulated from the tank to the each tubular cell via control valve and flow mater. The tubular cells will be equipped of AVIN MEMBRANES suitable for cataphoresis process. The conductivity of the anolite will be kept within 0÷10.000 µS. 

-    Anolyte pressure:   From 0,6 to 1.5 bar
-    Anolyte flow:  Liters/min 3-8 
-    Anode surface:  0.153 m²/linear meter
-    65 mm diameter membrane surface:  0.204 m²/linear meter
-    Electrode material: AISI 316L or 316 ti
-    Membrane diameter: 65 mm 
-    Electrode diameter:  48,8 mm 
-    electrode thickness:  2,77 mm


AUF model of dialysis cells: 
Energy saving 
The AUF membrane is more energy-efficient with respect to all the flat membranes, and the AVC self-supporting extruded membrane does not need an anode made of grids nor external or internal support. It does not need a PVC grid like a flat membrane does. 
The AUF membrane can expand freely from the dry state to the wet state (about 5/7% on the length)  and offers 

Lower energy absorption
High penetrating power at a given voltage (from 15 to 20% more).

Process safety
The AUF anodes allow pressurized anolyte circulation (650 L/h at 0.3 bar and up to 1000 L/h at 0.6 bar).
The calculated requirements of the AUF anode go from 3 to 5 L / h / Ampere / m 2.
Zero losses and less paint caking thanks to the impermeable extruded membrane.
Because of its special construction, there is no risk of the AUF cell overflowing in the bath.
There is no risk of syphoning if the AUF membrane should break. Since the anolyte circulation is pressurized, it provides a counter-pressure that prevents this risk.
In the event of bacterial contamination, the AUF anodes can be washed and completely emptied by means of a screw plug at the bottom.
AUF expands as it has no external /internal constraints.