Syringe Filters, Microfiltration, Non-sterile
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Syringe Filters, Microfiltration, Non-sterile
Microfiltration
Ahlstrom-Munksjö offers a new premium range of membrane filters and syringe filters to accommodate a variety of samples matrices for sample preparation and testing purposes.
- CA- Cellulose Acetate: Low protein-binding, well suited for sterile filtration and clarification of aqueous solutions, nutrient media, buffers, and sera. Also compatible with alcohol and oil. These hydrophilic membranes offer high and consistent flow rates.
- MCE- Mixed Cellulose Esters (Cellulose Nitrate): Set standard in both analytical and microbiological filtration. Available in a wide range of pore size and is well suited for microbial analysis in water, food and beverage application.
- Nylon- (Polyamide): Hydrophilic and widely used in both aqueous and organic solvent filtration applications. Well suited for clarification of buffers and nutrient media with a low level of extractibles.
- PES- Polyether Sulfone: Uniform pore structure with high mechanical stability and chemical resistance. Offers excellent flow rate for critical filtration situations where high throughput is required with the lowest protein adsorption. First choice for the filtration of biological and pharmaceutical specimens.
- PTFE- Polytetrafluoroethylene: Permanently hydrophobic filter material, very suitable for air and gas particulate filtration. Extremely resistant to aggressive solvents and acids (pH 1-14). Must be prewetted with ethanol before the filtration of aqueous media.
- PVDF- Polyvinylidene fluoride: Resistant to solvents, good heat resistance properties and low protein binding. Applications include the preparation of HPLC samples and sterilization applications. PVDF has the advantage of being less brittle than MCE and can be used in similar applications despite a higher protein binding capacity.
- Large selection of membrane and filter types and diameter
- Hydrophilic and Hydrophobic filtration layers
- Filtration layers with different protein binding capacity