2500MM Tubular Membrane Electrode in Coating Equipments
In order to content the new needs from electro-deposition painting lines, We can offer (tubular anode) products with similar structures to those from EDCORE.U.S.A and TECTRON. Japan. Now TME is a necessary substitution on electro-deposition coating lines.
The Figure upright indicates the work principle on TME.
The anodic filtering liquid flows in from a soft tube of TME. Down through the pole of TME (SUS 316) to the bottom of pipe, into the round room between the pole and exchanging membrane. During it, residual negative ions from trough tank, such as ace-meter ions can penetrate out the membrane by the action of electronic field and counteract with H+ions produced by the TME pipe. At last, back to the filtrate lank. Thus the normal PH of the varnish liquid in electro-deposition tank could be kept by circulation system, supply and letting system .
Length(m) | Diameter(mm) | Valid Septum Area(m2) | Valid Electrode Area(m2) | Membrane Resistance | Water Permeability | Cycling Capacity of the Liquid in the Trough |
0.5 | φ75 | 0.105 | 0.075 | 11-31 | ≤40ml/m2.h (0.035MPa) | 5-10L/m2.h |
0.8 | 0.168 | 0.12 |
1.0 | 0.21 | 0.15 |
1.2 | 0.252 | 0.18 |
1.4 | 0.294 | 0.21 |
2.0 | 0.42 | 0.30 |
Only common types are listed, the length of the electrode can be designed according to the user’s need A tube ion membrane in TME is specialized in removing the residual organic acid. Compared with the electrode CS, the TME is characterized with low electric- consumption, good function, convenient compact working-frame, and more effective membrane area. Low occupied room. It is easy to install, substitute and manage by handwork without any affection on electro-deposition coating performance and it could improve the membrane area using of the electrode CS, when using with each other. The smooth surface of TME could reduce the block and pollution from lacquer liquid as soon as recurrent filtering liquid circulates so fluently as to protect the using life of membrane tube and the electrode. |
TAS specs table I
Length | 2.5 m |
Diameter | φ75 mm |
Effective Membrane area | 0.6 m2 |
Effective electrode area | 0.375 m2 |
Membrane Resistance | <30Ω·cm2 (later one year<3-5kΩ·cm2) |
Water-penetration capability | ≤40ml/m2·h(0.35kg/cm2) |
Dimensions for water inlet and outlet
No | Name | Orifice diameter |
1 | Liquid inlet | φ8 soft plastic tube |
2 | Liquid outlet | φ16 soft plastic tube |
3 | Wire | BVR62-102 |
Tubular Membrane Electrode in Coating Equipments
Tubular Membrane Electrode in Coating Equipments
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