Audited Supplier
MA-7500
Ionite membrane
Anion Exchange Membrane
48inch
1-10
Quaternary Ammonium
Carton Box
America
39219090
Product Description
AE3 Anion Exchange Membrane
Flat Sheet Membrane Samples for Feasibility Tests
Membrane Preparation
This ion exchange membranes are furnished dry for ease of storage. The membranes should remain in the shipping canister in a dry environment until ready for use. Membranes should be prepared for service by either of the two methods listed below.
Method A - The membranes should be completely immersed in a solution similar in composition to the liquid contacting the membrane in process. It is preferable that the liquid temperature be no greater than 131 °F
(55 ºC). Allow a contact time of 3 - 4 hours.
Method B - As an alternative to equilibrating in the application liquor, the membrane can be immersed in water or brine solution under the same temperature and time conditions listed in Method A.
Safety Precautions:
Strong oxidants, e.g. nitric acid, can cause violent reactions when in contact with ion exchange resins.
Storage:
It is recommended to store ion exchange resins at temperatures above the freezing point of water. Ion exchange membrane should not be stored in direct sunlight. If the resin should become frozen, the membrane should be left to thaw out at ambient temperature before handling. No attempt should be made to accelerate the thawing process.
Applications:
Electrodeionization for ultrapure water in EDI and SWEDI systems
Electrocoating for Cathodic paint systems
Electrolysis for Biological Fuel Cells
Electrodialysis for desalination and demineralization
Electroplating for metal recovery
OUR TEAM
We supply both Anion and Cation exchange membrane for electrocoat process and water treatment industries. Nowadays, anion exchange membrane is popular used for most of CED systems, which is approved by PPG, Dupont, Valspar, Kansai and many other electrocoat paint systems. Moreover, our ion exchange membranes can be used in electro deionization systems for the production of ultra-pure water. We have three types of anion exchange membrane sheet, please see below table for the detail:
| Ion Exchange Membrane Model | Membrane Character | Functional Group | Exchange Capacity meq/g | Replacement Reference | Typical Application | ||
| Brand | Model | ||||||
| AE1 | Anion | Quaternary Ammonium | 1.0±0.1 | MI | AMI-7001 | The anode & cathode electrocoating process; EDI, etc. | |
| AE2 | 0.9 | LANXESS SYBRON | IONAC MA-3475 | ||||
| AE3 | 1.0 | IONAC MA-7500 | |||||
| CE1 | Cation | Sulfonic Acids | 1.6±0.1 | MI | CMI-7000 | ||
| CE2 | 1.4 | LANXESS SYBRON | IONAC MC-3470 | ||||
| ANION EXCHANGE FLAT SHEET MEMBRANE Model:AE3 | |||||
| Physical and Chemical Properties | U.S. Units | Metric Units | |||
| Functional group | quaternary amine | quaternary amine | |||
| Exchange capacity | min. | meq/g | 1.0 | ||
| Current density | max. | ampere/ft2 | 50 | ampere/m2 | 538 |
| Area resistance | ohm/cm | 0.1 N NaCl | 30 | 0.1 N NaCl | 30 |
| 1.0 N NaCl | 10 | 1.0 N NaCl | 10 | ||
| Permeslectivity | 0.5 N NaCl /1.0 N NaCl | 99 | 99 | ||
| Water permeability @5 psi | max. | ml / hr / ft2 | 50 | ml / hr / m2 | 538 |
| Mullen burst test | min. | psi | 150 | bar | 10.3 |
| Stability | pH range | 1-10 | 1-10 | ||
| Stability | max.temp | °F | 176 | ºC | 80 |
| Dimensions | max.width | inches | 43 | meters | 1.09 |
| Dimensions | max. length | feet | 98.4 | meters | 30 |
| Dimensions | approx. thickness | mils | 20 | mm | 0.51 |
| Ionic form as shipped | Cl- | Cl- | |||
| Storability | of products | max.years | 2 | max.years | 2 |
| Storability | temp range | °F | 40-75 | ºC | 4-24 |
Flat Sheet Membrane Samples for Feasibility Tests
Membrane Preparation
This ion exchange membranes are furnished dry for ease of storage. The membranes should remain in the shipping canister in a dry environment until ready for use. Membranes should be prepared for service by either of the two methods listed below.
Method A - The membranes should be completely immersed in a solution similar in composition to the liquid contacting the membrane in process. It is preferable that the liquid temperature be no greater than 131 °F
(55 ºC). Allow a contact time of 3 - 4 hours.
Method B - As an alternative to equilibrating in the application liquor, the membrane can be immersed in water or brine solution under the same temperature and time conditions listed in Method A.
Safety Precautions:
Strong oxidants, e.g. nitric acid, can cause violent reactions when in contact with ion exchange resins.
Storage:
It is recommended to store ion exchange resins at temperatures above the freezing point of water. Ion exchange membrane should not be stored in direct sunlight. If the resin should become frozen, the membrane should be left to thaw out at ambient temperature before handling. No attempt should be made to accelerate the thawing process.
Applications:
Electrodeionization for ultrapure water in EDI and SWEDI systems
Electrocoating for Cathodic paint systems
Electrolysis for Biological Fuel Cells
Electrodialysis for desalination and demineralization
Electroplating for metal recovery
OUR TEAM
