Aether S chromatographic resin is based on polyacrylate, and the surface is hydrophilically modified with neutral polymers then bonded with strong acidic ion-exchange groups. This chromatographic resin has ultra-high dynamic loading. It can withstand high ionic strength, has excellent biocompatibility and column bed stability, and can provide faster flow rate and improve purification efficiency. At the same time, the superior alkali resistance can prolong the service life, improve production efficiency, reduce production costs and create better economic benefits. It is widely used in capture and purification.
Products
Aether S
No.
231-00025 / 25ml
231-00100 / 100ml
231-00500 / 500ml
231-01000 / 1L
231-05000 / 5L
231-10000 / 10L
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Chromatography resin parameters
Matrix
Polymethylmethacrylate
Functional group
-(CH2)3SO3−
Median particle size
80 µm
Pore size
1000 Å
Total ionic capacity
0.07–0.10 mmol/ml
Pressure flow rate
300–1000 cm/h
Dynamic binding capacity
≥130 mg lysozyme/ml
Pressure-resistant flow rate
300–1000 cm/h
Maximum working pressure
8 bar
Chemical resistance
| pH stability | 2~13 (working range, CIP) |
| Chemical stability | Insoluble in methanol, ethanol, toluene, DMSO, DMF, n-heptane and other organic solvents. Acid and alkali resistant |
* The physical and chemical properties and functions of the chromatographic resin have no obvious change after being placed in an environment of 40°C and pH 2–13 for 7 days.
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Aether S chromatographic resin is based on polyacrylate, and the surface is hydrophilically modified with neutral polymers then bonded with strong acidic ion-exchange groups. This chromatographic resin has ultra-high dynamic loading. It can withstand high ionic strength, has excellent biocompatibility and column bed stability, and can provide faster flow rate and improve purification efficiency. At the same time, the superior alkali resistance can prolong the service life, improve production efficiency, reduce production costs and create better economic benefits. It is widely used in capture and purification.
