
R2R Membrane Coating System For Hydrogen Electrolysis or Desalination -MSK-FPI-R200
MTI designs and manufactures the customized roll-to-roll membrane coating system for hydrogen electrolysis or seawater desalination
Technical Processes, including, but not limited, to below:
(1) The substrate will be released from the unwinding roller and processed by a corona treatment after unwinding to obtain a hydrophilic surface ;
(2) The substrate will be sent to a bath for dip coating with hydrophobic repellents (room temperature) and then dried in an IR heating chamber (Max.80ā);
(3) The powders were vibrantly dispersed on the coated substrate, flattened by a blade, and rolled pressed by a hot calender;
(4) Enter into the washing bath at room temperature;
(5) Enter into the slurry bath for dip coating under 60-80ā; (6) Enter into the IR heating chamber for drying (80-120ā); (7) Winding.Ā
SPECIFICATIONS:
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Power & Voltage |
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Roller Width |
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Mechanical Speed |
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Diameter of Winding/Unwinding Rollers |
Ā
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Tension Control |
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Corona Treatment |
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Functional Bath #1/#2 |
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Functional Bath #3 |
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Drying Oven #1/#2 |
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Powder Sample Loading/Flattening |
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Hot Calendering |
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Guiding Roller |
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Dimension |
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Weight |
|
Ā
R2R Membrane Coating System For Hydrogen Electrolysis or Desalination -MSK-FPI-R200
MTI designs and manufactures the customized roll-to-roll membrane coating system for hydrogen electrolysis or seawater desalination
Technical Processes, including, but not limited, to below:
(1) The substrate will be released from the unwinding roller and processed by a corona treatment after unwinding to obtain a hydrophilic surface ;
(2) The substrate will be sent to a bath for dip coating with hydrophobic repellents (room temperature) and then dried in an IR heating chamber (Max.80ā);
(3) The powders were vibrantly dispersed on the coated substrate, flattened by a blade, and rolled pressed by a hot calender;
(4) Enter into the washing bath at room temperature;
(5) Enter into the slurry bath for dip coating under 60-80ā; (6) Enter into the IR heating chamber for drying (80-120ā); (7) Winding.Ā
SPECIFICATIONS:
|
Power & Voltage |
|
|
Roller Width |
|
|
Mechanical Speed |
|
|
Diameter of Winding/Unwinding Rollers |
Ā
|
|
Tension Control |
|
|
Corona Treatment |
|
|
Functional Bath #1/#2 |
|
|
Functional Bath #3 |
|
|
Drying Oven #1/#2 |
|
|
Powder Sample Loading/Flattening |
|
|
Hot Calendering |
|
|
Guiding Roller |
|
|
Dimension |
|
|
Weight |
|
Ā
Product Information
Product Information
Shipping & Returns
Shipping & Returns
Description
MTI designs and manufactures the customized roll-to-roll membrane coating system for hydrogen electrolysis or seawater desalination
Technical Processes, including, but not limited, to below:
(1) The substrate will be released from the unwinding roller and processed by a corona treatment after unwinding to obtain a hydrophilic surface ;
(2) The substrate will be sent to a bath for dip coating with hydrophobic repellents (room temperature) and then dried in an IR heating chamber (Max.80ā);
(3) The powders were vibrantly dispersed on the coated substrate, flattened by a blade, and rolled pressed by a hot calender;
(4) Enter into the washing bath at room temperature;
(5) Enter into the slurry bath for dip coating under 60-80ā; (6) Enter into the IR heating chamber for drying (80-120ā); (7) Winding.Ā
SPECIFICATIONS:
|
Power & Voltage |
|
|
Roller Width |
|
|
Mechanical Speed |
|
|
Diameter of Winding/Unwinding Rollers |
Ā
|
|
Tension Control |
|
|
Corona Treatment |
|
|
Functional Bath #1/#2 |
|
|
Functional Bath #3 |
|
|
Drying Oven #1/#2 |
|
|
Powder Sample Loading/Flattening |
|
|
Hot Calendering |
|
|
Guiding Roller |
|
|
Dimension |
|
|
Weight |
|
Ā

















