Cellulose Acetate Syringe Filter 0.45µm 17mm Hydrophilic low protein binding filter with uniform pore size for filtration of tissue culture media sterilization and clarification Pack of 50
GE Non-Sterile Cellulose Acetate Syringe Filters.
Pore Size: 0.45µm. Diameter: 17mm. Pack of 50.
The Cellulose Acetate syringe filter is well suited for maximum sample recovery in tissue culture media preparation, sterile or non-sterile filtration, clarification of biological fluids, protein and enzyme filtrations, hybridization buffers, and other aqueous solutions.
The cellulose acetate series syringe filters are designed to sterilize and remove particulates from proteinaceous samples. Due to the extremely low holdup volume and negligible protein-binding characteristics, these syringe filter units are ideal for applications requiring maximum sample recovery from a standard or pre-sterilized syringe filter.
Options are available with a 1.0 micron borosilicate glass pre-filter together with the GE cellulose acetate membrane filter. These are specifically designed to combine high throughputs and maximum sample recovery when filtering or sterilizing viscous proteinaceous solutions. The pre-filter and membrane are contained in the acrylic housing without adhesives.
The gamma irradiated pre-sterilized GE cellulose acetate syringe filters, with or without a glass fiber pre-filter are recommended for filtering probe solutions.
The cellulose acetate filters are individually packaged. All sizes (except 3 mm) offer bi-directional support of the membrane allowing sample injection or aspiration. They are individually labeled with pore size and filter type for quick, easy identification. All units are tested to verify the filter and housing integrity.
Specifications
·Hydrophilic, low binding filter
·Strength, uniform pore size
·0.22 or 0.45µm pore size
·3, 17, 25 or 30mm diameters
·Available with or without glass-fibre pre-filters
Applications
Sterilize biological fluids, serum or media additives
Sample preparation of aqueous solutions
Sample preparation of protein-based HPLC solutions
High throughput, low binding filter units for non-sterile aqueous filtrations
Filtration of tissue culture media
High throughput for sterile or non-sterile clarification of even the most viscous proteinaceous Solutions
Filter probe and hybridization solutions to reduce backgrounds