Products
Nalgene 147 Membrane meets EPA requirements for water quality work Cellulose nitrate black membrane filter is perfect for detecting micro-organisms difficult to see on white membranes. Graduated, 100 mL upper chamber provides sample accuracy and
Minisart® with PP Housing. Elimination of particles from your samples prior to HPLC or other chromatographic analysis is essential in order to maintain the integrity of your chromatography column and to maximize its operating life time. Minisart® syringe filters optimized for sample preparation consist of a polypropylene (PP) housing and membrane
S2GPU05RE. Stericup Quick Release-GP sterile vacuum filtration system combines a 500 mL Steritop bottle top filter unit, which uses a 0.22 µm pore size fast flow PES Express PLUS membrane, with a 500 mL receiver flask for sterilizing tissue culture media, protein & DNA. Millipore.
Regenerated cellulose membranes are solvent resistent and hydrophilic. 0.45 µm pore sizes are mainly used for HPLC sample preparation. This membrane type is resistent versus most solvents, as well as aqueous solutions with a pH from 3 to 12 and temperature stable up to 200° C.
Supplier: VWR Collection. Description: PP, nylon and PTFE membranes are ideal for sample preparation and small volume chemical filtration. Syringe filters with CA or PES membranes are ideal ,VWRU28145-481EA,VWRU28145-489EA,VWRU28145-497EA,VWRU28145-495EA,VWRU28145-477EA.
Biological Sample Preparation 6. Capillary Electrophoresis 7. Difficult to Filter Samples (High Solid Content Samples) 8. Filtration of Colloidal Material 9. HPLC Sample Preparation 10. Ion-Chromatography 11. Polarimetry 12. Protein Analysis 13. Refractometry
philic filter membranes and competitor products. The purpose for using syringe filters for sample preparation prior to analysis is to protect analytical equipment and columns. Sartorius Minisart ® filters reliably remove particles from your samples without adding
Back To Top IWT-ES10128 Nonsterile PP Syringe Filters, 0.22(μm), 13(mm), 100 pack IWT-ES10129 Nonsterile PP Syringe Filters, 0.45(μm), 13(mm), 100 pack IWT-ES10130 Nonsterile PP Syringe Filters, 0.22(μm), 25(mm), 100 pack IWT-ES10131
This 33 mm syringe filter with a Hydrophilic PTFE membrane, for non-sterile filtration on the Samplicity G2 system, has a 0.45 µm pore size used in preparation of aqueous & organic solutions prior to chromatography or other instrument analyses. Millipore
PES membranes allow higher liquid flow than PTFE. Temperature resistant. pH range ~3-14. The hydrophilic nylon used in the nylon Syringe Filters produced by Aijiren is ideal for analysis of aqueous (non-acidic) or organic samples, as well as HPLC, GC or dissolved samples. Nylon has excellent flow characteristics, extremely low extractable level and
Pall Laboratory sterile-syringe filters meet the challenges of sterile applications: Gamma-irradiated, sterile packaging. Ergonomic, individually blister packaged. Dual-layer membrane with integrated pre-filter for high dirt-holding capacity and improved filterability. Low back pressure for ease of use.
Microporous filters: high safety against breakthrough, for complete removal of particles. CA : Cellulose Acetate RC : Regenerated Cellulose PES : Polyethersulfone PP: Polypropylene PTFE : Polytetraflourethylene Nylon Glass Fiber. 5. Captiva Dual-Depth Filtration. 1) First layer is a larger-porosity membrane.
Disposable 33mm 0.22 0.45um micron PES Polysulfone for sample preparation bacteria remove lab use Sterile Syringe Filter US $46.00-$92.00 / Box 2 Boxes (Min. Order)
Inorganic Samples – Use PES membrane syringe filters for applications like ion chromatography. 2. Choose Filter size. 0-10ml Sample Volume use 13mm Syringe Filters ; 10-100ml Sample Volume use 25mm Syringe Filters; 10-250ml Sample Volume use 33mm Syringe Filters and for fastest flow rates. 3.
The Aijiren Tech Syringe Filter is a comprehensive non-sterile disposable syringe filter for reliable sample preparation. Reproducible membrane quality and automated manufacturing processes ensure particles are removed from all samples, extending the life of analytical columns