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Cytiva Whatman™ 30mm Puradisc™ Sterile Cellulose Acetate Syringe Filters
Exhibit very low protein binding, so they are suitable for protein recovery applications. Whatman™ 30mm Puradisc™ Sterile Cellulose Acetate Syringe Filters are hydrophilic, making them functional with aqueous and alcoholic media despite having limited solvent resistance.
Type | Syringe Filter |
---|---|
Diameter (Metric) | 30 mm |
Material (Membrane) | Cellulose Acetate |
Volume (Metric) | Up to 100 mL |
Quantity | 50/Pk. |
Autoclavable | Autoclavable |
Hold up Volume (After Air Purge) | <50 μL |
Sterility | Sterile |
Filtration Area | 5.7 cm2 |
Cytiva Whatman™ 30mm SPARTAN™ Regenerated Cellulose Syringe Filters
Provides reproducible results from the filtration of organic and aqueous solutions in HPLC. Whatman™ 30mm Spartan™ Regenerated Cellulose Syringe Filters is resistant to common HPLC solvents and exhibits very low levels of extractables that could otherwise interfere with analysis.
Type | Syringe Filter |
---|---|
Outlet Style | Male Luer |
Diameter (Metric) | 30 mm |
Inlet Style | Female Luer Lock |
Housing Material | Polypropylene |
For Use With (Application) | Filtration of organic and aqueous solutions in HPLC with reproducible results; Purification of aqueous and organic solutions; Filtration of protein solutions |
Cytiva Whatman™ Puradisc 25mm Syringe Filters: Sterile
Purifies aqueous and organic solutions. Whatman™ Puradisc 25mm Syringe Filters have polypropylene housings with female luer lock inlet and male luer outlet.
Type | Syringe Filter |
---|---|
Outlet Style | Male Luer |
Diameter (Metric) | 25 mm |
Inlet Style | Female Luer Lock |
Housing Material | Pigment free Polypropylene |
Volume (Metric) | Up to 100 mL |
Pressure Rating | 5.2bar |
For Use With (Application) | For filtering aqueous solutions |
Hold up Volume (After Air Purge) | < 0.1 mL |
Sterility | Sterile |
Filtration Area | 4.2 cm2 |
Cytiva Whatman™ Puradisc 25mm PTFE Syringe Filters
Contains hydrophobic membrane that is chemically stable and inert. Whatman™ Puradisc 25mm PTFE Syringe Filters exhibit low protein binding, and its main application is filtration of non-aqueous samples.
Type | Syringe Filter |
---|---|
Dimensions (L x W x H) | 22.9 x 28.4 mm |
Outlet Style | Male Luer |
Diameter (Metric) | 25 mm |
Inlet Style | Female Luer Lock |
Volume (Metric) | Up to 100 mL |
Pressure Rating | 5.2 bar (75 psi) |
Material | PTFE |
For Use With (Application) | For HPLC, TLC, and GC sample clarification; HPLC solvent filtration |
Sterility | Non-sterile |
Filtration Area | 4.2 cm2 |
Cytiva Whatman™ Puradisc 30mm Polytetrafluoroethylene Sterile Syringe Filters
Suitable for rapid, routine syringe filtration of samples up to 100mL
Cytiva Whatman™ 30mm Puradisc™ Nonsterile Cellulose Acetate Syringe Filters
Exhibit very low protein binding, so they are suitable for protein recovery applications. Whatman™ 30mm Puradisc™ Nonsterile Cellulose Acetate Syringe Filters are hydrophilic, making them functional with aqueous and alcoholic media despite having limited solvent resistance.
Type | Puradisc Syringe Filter |
---|---|
Dimensions (L x W x H) | 26 x 34 mm |
Diameter (Metric) | 30 mm |
Inlet Style | Female Luer Lock |
Housing Material | Polycarbonate (PC) |
Volume (Metric) | Up to 100 mL |
Pressure Rating | 6.9 bar (100 psi) |
For Use With (Application) | Designed for aqueous sample; Filtration of protein-containing solutions w/minimal protein loss |
Hold up Volume (After Air Purge) | <50 μL |
Filtration Area | 5.7 cm2 |
Cytiva Whatman™ GD/X Sterile PES Syringe Filters
Processes three to seven times more sample volume than filters without prefilter. Whatman™ GD/X Sterile PES Syringe Filters are specifically designed for filtration of viscous or otherwise hard-to-filter samples with high solids content.
Disposable | Single-use |
---|---|
Outlet Style | Male Luer |
Diameter (Metric) | 25 mm |
Inlet Style | Female Luer Lock |
Housing Material | Pigment free polypropylene (PP) |
Volume (Metric) | >10 mL |
Pressure Rating | 5.2 bar (75 psi) |
Autoclavable | Autoclavable |
Filtration Area | 4.6 cm2 |
Cytiva Whatman™ Anotop™ 10mm Syringe Filters
Removes virtually 100% of particulates larger than pore size. Whatman™ Anatop™ 10mm Syringe Filters include a highly defined capillary pore structure and narrow pore-size distribution, enabling a high level of consistency in particle retention.
Disposable | Single-use |
---|---|
Housing Material | Polypropylene |
Material (Membrane) | Alumina-based Anopore |
Temperature (Metric) Max | 45°C |
Volume (Metric) | Up to 10 mL |
Quantity | 50/Pk. |
Pressure Rating | 6.9bar (100psi) |
For Use With (Application) | HPLC aqueous/organic sample preparation; cold sterilization of growth media; solvent filtration for spectroanalysis; phage and virus filtration; liposome extrusion; removal of high molecular weight proteins or polymers; colloid removal from deionized water |
Sterility | Non-sterile |
Filtration Area | 0.78 cm2 |
Type | Syringe Filter |
Outlet Style | Male Luer Slip |
Diameter (Metric) | 10 mm |
Inlet Style | Female Luer Lock |
Hold up Volume (After Air Purge) | <20 μL |
Cytiva Whatman™ GD/X Glass Fiber (GF) Syringe Filters
Processes three to seven times more sample volume than filters without prefilter. Whatman™ GD/X Glass Fiber (GF) Syringe Filters are specifically designed for filtration of viscous or otherwise hard-to-filter samples with high solids content.
Disposable | Single-use |
---|---|
Type | Syringe Filter |
Dimensions (L x W x H) | 21.6 x 29.8 mm |
Outlet Style | Male Luer |
Inlet Style | Female Luer Lock |
Housing Material | Pigment free polypropylene (PP) |
Volume (Metric) | ≤10 mL |
Prefilter | GF/D |
Cytiva Whatman™ Mini-UniPrep™ Syringeless Filters
Processes sample loads in one-third the time. Whatman™ Mini-UniPrep™ Syringeless Filters provide a faster and easier way to remove particulates from samples being prepared for HPLC and UHPLC analysis.
Type | Syringeless Filter |
---|---|
For Use With (Application) | Routine HPLC/UHPLC analysis; Sample filtration; Composite assays; Content uniformity; Protein precipitation; Solubility/dissolubility testing; Ion chromatography |
Cytiva Whatman™ GD/X Glass Micro Fiber (GMF) Syringe Filters
Processes three to seven times more sample volume than filters without prefilter. Whatman™ GD/X Glass Micro Fiber (GMF) Syringe Filters are specifically designed for filtration of viscous or otherwise hard-to-filter samples with high solids content.
Pore Size | 0.45 μm |
---|---|
Disposable | Single-use |
Dimensions (L x W x H) | 21.6 x 29.8 mm |
Outlet Style | Male Luer |
Inlet Style | Female Luer Lock |
Housing Material | Pigment free polypropylene (PP) |
Volume (Metric) | ≤10 mL |
Cytiva Whatman™ Puradisc™ Aqua 30mm Syringe Filters
Designed specifically for filtration of environmental samples prior to COD and DOC analysis. Whatman™ Puradisc™ Aqua 30 Syringe Filters minimize carbon leaching from the cellulose acetate membrane that could otherwise lead to sample contamination.
Pore Size | 0.45 μm |
---|---|
Type | Syringe Filter |
Outlet Style | Male Luer |
Diameter (Metric) | 30 mm |
Inlet Style | Female Luer Lock |
Housing Material | Polycarbonate |
Color Code | White |
For Use With (Application) | For filtration of environmental samples prior to COD and DOC analysis |
Cytiva Whatman™ Autovial™ 5mL Syringeless Filters
Replaces syringe-coupled devices with single filter units for one-time use. Whatman™ Autovial™ 5mL Syringeless Filters are pre-assembled filtration devices for removing particulates from samples.
Type | Syringeless Filter |
---|---|
Diameter (Metric) | 13 mm |
Volume (Metric) | ≤5 mL |
Quantity | 50/Pk. |
Sterility | Non-sterile |
Cytiva Whatman™ Puradisc 13mm GMF Syringe Filters
Constructed of Glass Microfiber. Whatman™ Whatman™ Puradisc 13mm GMF Syringe Filters are hydrophilic with excellent compatibility with organic solvents and strong acids and bases.
Diameter (Metric) | 13 mm |
---|---|
Housing Material | Polypropylene (PP) |
Filtration Area | 1.3 cm2 |
Cytiva Whatman™ ReZist Air Venting Filter, 50mm, PTFE, 0.2μm, sterile
Lightweight air venting units suitable for protective vents in-line filtration, and isolation applications when working with chemicallly harsh solvents