Strong Base Anion Exchange Resin(SBA) is mixture of styrene crosslinked with DVB ,macropous structure,quaternary ammonium functional group,supplied in Cl form.
The porous structure allows more efficient removal of large organic molecules using both adsorption and ion exchange properties to capture those contaminants.
| Styrene Series Macroporous Strong Base Anion Exchange Resin | |||||||||
| Sanford | Functional Groups | Ionic form | （mmol/ml） Vol exchange capacity |
（0.315-1.25mm） Particle size range |
Moisture content | （g/ml） Bulk density |
Reversible swelling | Temp limit | Applications |
| AM201 | –N+(CH3)3 | Cl | ≥1.2 | ≥95% | 50~60 | 0.65~0.73 | Cl→OH ≤20 |
OH 40 Cl 80 |
They are mainly used in manufacture and purification of pure water and high purity water, decolorization of sugar solution and fermentation solution, wastewater treatment, adsorption and extraction of vanadium pentoxide, recycling of heavy metal,etc. D201FC is specially used for floating bed device; D201MB is dedicated for mixing bed devices. |
| AM201-FC | –N+(CH3)3 | Cl | ≥1.2 | 0.45~1.25mm ≥95% |
50~60 | 0.65~0.73 | Cl→OH ≤20 |
OH 40 Cl 80 |
|
| AM201-SC | –N+(CH3)3 | Cl | ≥1.1 | 0.63~1.25mm ≥95% |
50~60 | 0.65~0.73 | Cl→OH ≤20 |
OH 40 Cl 80 |
|
| AM201-MB | –N+(CH3)3 | Cl | ≥1.2 | 0.40~0.90mm ≥95% |
50~60 | 0.65~0.73 | Cl→OH ≤20 |
OH 40 Cl 80 |
|
| AM202 | –N+(CH3)2C2H4OH | Cl | ≥1.2 | ≥95% | 47~57 | 0.68~0.74 | Cl→OH ≤20 |
≤40 | Pure water manufacturing, D202SC: pure water preparation in bunk bed system,D202FC: pure water preparation in floating bed system. |
| AM202-SC | –N+(CH3)2C2H4OH | Cl | ≥1.15 | 0.63~1.25mm ≥95% |
47~57 | 0.68~0.74 | Cl→OH ≤20 |
OH 40 Cl 100 |
|
| AM202-FC | –N+(CH3)2C2H4OH | Cl | ≥1.2 | 0.45~1.25mm ≥95% |
47~57 | 0.68~0.74 | Cl→OH ≤20 |
OH 40 Cl 100 |
|
| AM204 | –N+(CH3)3 | Cl | ≥0.55 | ≥95% | 70~85 | 0.60~0.70 | Cl→OH ≤20 |
OH 60 Cl 80 |
Mainly used in pharmaceutical industry and intestinal mucosa extraction of heparin sodium,etc. |
| D290 | –N+(CH3)3 | Cl | ≥0.8 | ≥95% | 60~70 | 0.65~0.70 | Cl→OH 15-18 |
OH 40 Cl 100 |
Drug extraction and separation, food, sugar industry, etc. |
| D296 | –N+(CH3)3 | Cl | ≥1.1 | ≥95% | 50~60 | 0.65~0.75 | Cl→OH 18-20 |
OH 40 Cl 100 |
Water treatment, high-speed mixed bed water treatment, etc. |
| D280 | –N+C5H5CH3 | Cl | ≥0.8 | ≥95% | 58~68 | 0.68~0.78 | Cl→OH 15-18 |
OH 50 Cl 100 |
Organic refining, sugar desalination, etc. |
| D262 | –N+(CH3)3 | Cl | ≥0.8 | ≥95% | 45~55 | 0.68~0.78 | Cl→OH 8-10 |
OH 40 Cl 100 |
Remove waste organic matter in low concentration in water supply. |
| D284 | –N+(CH3)2C2H4OH | Cl | ≥1.33 | ≥95% | 45~55 | 0.66~0.71 | Cl→OH 8-10 |
OH 50 Cl 100 |
Pure water manufacturing. |
| AM201-GF | –N+(CH3)3 | Cl | ≥0.8 | ≥95% | 60~70 | 0.66~0.70 | Cl→OH 12-18 |
OH 40 Cl 100 |
Used for assimilation of glucose isomerase. |
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www.sanford-chem.com
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