Syringe filters Acrodisc™ PSF, regenerated cellulose (RC) with glass fiber prefilter, AutoPack
High-performance syringe filters can be used for general clarification or for application-specific purposes such as dissolution, HPLC, and IC. Specially developed for use in automated and semi-automated systems. The robust PP filter housing can withstand high operating pressures. With female Luer lock inlet and male Luer slip outlet.The syringe filters are pre-stacked in tubes in the AutoPack packaging. The carousel of the automatic filter changer can be loaded directly with these tubes.
Syringe filters Acrodisc™ PSF, regenerated cellulose (RC), AutoPack
High-performance syringe filters can be used for general clarification or for application-specific purposes such as dissolution, HPLC, and IC. Specially developed for use in automated and semi-automated systems. The robust PP filter housing can withstand high operating pressures. With female Luer lock inlet and male Luer slip outlet.The syringe filters are pre-stacked in tubes in the AutoPack packaging. The carousel of the automatic filter changer can be loaded directly with these tubes.
Syringe filters Acrodisc™, nylon
Single-use syringe filters for the filtration of solvents and aqueous solutions for sample clean-up and preparation. These syringe filters are suitable for a wide range of applications, e.g. liquid chromatography, mass spectrometry, and ion chromatography. Filter housing made of PP. With female Luer-Lock inlet.Excellent chemical compatibility with esters, bases, and alcohols. No pre-wetting required. Suitable for HPLC.
Syringe filters Acrodisc™, PTFE
Single-use syringe filters for the filtration of solvents and aqueous solutions for sample clean-up and preparation. These syringe filters are suitable for a wide range of applications, e.g. liquid chromatography, mass spectrometry, and ion chromatography. Filter housing made of PP. With female Luer-Lock inlet.For the filtration of gases and/or organic solvents. Prevents spurious peaks on chromatograms for accurate test results. Suitable for HPLC.
Syringe filters Acrodisc™, PVDF
Single-use syringe filters for the filtration of solvents and aqueous solutions for sample clean-up and preparation. These syringe filters are suitable for a wide range of applications, e.g. liquid chromatography, mass spectrometry, and ion chromatography. Filter housing made of PP. With female Luer-Lock inlet.The syringe filters are suitable for aqueous solutions and non-aggressive solvents.
Syringe filters Acrodisc™, Supor™ (PES), sterile
Single-use syringe filters for the filtration of solvents and aqueous solutions for sample clean-up and preparation. These syringe filters are suitable for a wide range of applications, e.g. liquid chromatography, mass spectrometry, and ion chromatography. Filter housing made of PP. With female Luer-Lock inlet.Sterile syringe filters with high flow rate and low protein binding. Not recommended for use with some ketones. Individually blister packaged.
Syringe filters GD/XP, DpPP
Disposable syringe filters for use with samples requiring inorganic ion analysis as the extractable ion content is minimized. The syringe filters contain 3 filtration layers that significantly reduce blockage and increase volume throughput. Layer 1 is a 20 µm polypropylene filter, layer 2 is a 5 µm polypropylene filter, and layer 3 is the membrane filter which filters down to 45 µm.Housing made of PPFemale Luer-Lock inletMale Luer outletAutoclavable at 121 °CMembrane made of DpPP (Polypropylene depth filter).
Syringe filters GD/XP, nylon
Disposable syringe filters for use with samples requiring inorganic ion analysis as the extractable ion content is minimized. The syringe filters contain 3 filtration layers that significantly reduce blockage and increase volume throughput. Layer 1 is a 20 µm polypropylene filter, layer 2 is a 5 µm polypropylene filter, and layer 3 is the membrane filter which filters down to 45 µm.Housing made of PPFemale Luer-Lock inletMale Luer outletAutoclavable at 121 °CHydrophilic membrane made of nylon.
Syringe filters GD/XP, PES
Disposable syringe filters for use with samples requiring inorganic ion analysis as the extractable ion content is minimized. The syringe filters contain 3 filtration layers that significantly reduce blockage and increase volume throughput. Layer 1 is a 20 µm polypropylene filter, layer 2 is a 5 µm polypropylene filter, and layer 3 is the membrane filter which filters down to 45 µm.Housing made of PPFemale Luer-Lock inletMale Luer outletAutoclavable at 121 °CHydrophilic membrane made of PES.
Syringe filters GD/XP, PTFE
Disposable syringe filters for use with samples requiring inorganic ion analysis as the extractable ion content is minimized. The syringe filters contain 3 filtration layers that significantly reduce blockage and increase volume throughput. Layer 1 is a 20 µm polypropylene filter, layer 2 is a 5 µm polypropylene filter, and layer 3 is the membrane filter which filters down to 45 µm.Housing made of PPFemale Luer-Lock inletMale Luer outletAutoclavable at 121 °CHydrophobic membrane made of PTFE.
Syringe filters GD/XP, PVDF
Disposable syringe filters for use with samples requiring inorganic ion analysis as the extractable ion content is minimized. The syringe filters contain 3 filtration layers that significantly reduce blockage and increase volume throughput. Layer 1 is a 20 µm polypropylene filter, layer 2 is a 5 µm polypropylene filter, and layer 3 is the membrane filter which filters down to 45 µm.Housing made of PPFemale Luer-Lock inletMale Luer outletAutoclavable at 121 °CHydrophilic membrane made of PVDF.
Syringe filters GD/X® glass microfiber
Whatman GD/X syringe filters are the perfect solution for samples with high viscosity or samples that contain particles. Four filter layers decrease clogging and therefore filter exchange during processing is avoided. These filters allow 3 to 7 times higher throughput than traditional types.Whatman GD/X syringe filters are the perfect solution for samples with high viscosity or samples that contain particles. Four filter layers decrease clogging and therefore filter exchange during processing is avoided. These filters allow 3 to 7 times higher throughput than traditional types.
Syringe filters GD/X® CA
Whatman GD/X syringe filters are the perfect solution for samples with high viscosity or samples that contain particles. Four filter layers decrease clogging and therefore filter exchange during processing is avoided. These filters allow 3 to 7 times higher throughput than traditional types.Whatman GD/X syringe filters are the perfect solution for samples with high viscosity or samples that contain particles. Four filter layers decrease clogging and therefore filter exchange during processing is avoided. These filters allow 3 to 7 times higher throughput than traditional types.
Syringe filters GD/X® Glass-fibre
Whatman GD/X syringe filters are the perfect solution for samples with high viscosity or samples that contain particles. Four filter layers decrease clogging and therefore filter exchange during processing is avoided. These filters allow 3 to 7 times higher throughput than traditional types.Whatman GD/X syringe filters are the perfect solution for samples with high viscosity or samples that contain particles. Four filter layers decrease clogging and therefore filter exchange during processing is avoided. These filters allow 3 to 7 times higher throughput than traditional types.
Syringe filters GD/X® Nylon
Whatman GD/X syringe filters are the perfect solution for samples with high viscosity or samples that contain particles. Four filter layers decrease clogging and therefore filter exchange during processing is avoided. These filters allow 3 to 7 times higher throughput than traditional types.Whatman GD/X syringe filters are the perfect solution for samples with high viscosity or samples that contain particles. Four filter layers decrease clogging and therefore filter exchange during processing is avoided. These filters allow 3 to 7 times higher throughput than traditional types.
Syringe filters GD/X® PES
Whatman GD/X syringe filters are the perfect solution for samples with high viscosity or samples that contain particles. Four filter layers decrease clogging and therefore filter exchange during processing is avoided. These filters allow 3 to 7 times higher throughput than traditional types.Whatman GD/X syringe filters are the perfect solution for samples with high viscosity or samples that contain particles. Four filter layers decrease clogging and therefore filter exchange during processing is avoided. These filters allow 3 to 7 times higher throughput than traditional types.
Syringe filters GD/X® PTFE
Whatman GD/X syringe filters are the perfect solution for samples with high viscosity or samples that contain particles. Four filter layers decrease clogging and therefore filter exchange during processing is avoided. These filters allow 3 to 7 times higher throughput than traditional types.Whatman GD/X syringe filters are the perfect solution for samples with high viscosity or samples that contain particles. Four filter layers decrease clogging and therefore filter exchange during processing is avoided. These filters allow 3 to 7 times higher throughput than traditional types.
Syringe filters GD/X® PVDF
Whatman GD/X syringe filters are the perfect solution for samples with high viscosity or samples that contain particles. Four filter layers decrease clogging and therefore filter exchange during processing is avoided. These filters allow 3 to 7 times higher throughput than traditional types.Whatman GD/X syringe filters are the perfect solution for samples with high viscosity or samples that contain particles. Four filter layers decrease clogging and therefore filter exchange during processing is avoided. These filters allow 3 to 7 times higher throughput than traditional types.
Syringe filters GD/X® RC
Whatman GD/X syringe filters are the perfect solution for samples with high viscosity or samples that contain particles. Four filter layers decrease clogging and therefore filter exchange during processing is avoided. These filters allow 3 to 7 times higher throughput than traditional types.Whatman GD/X syringe filters are the perfect solution for samples with high viscosity or samples that contain particles. Four filter layers decrease clogging and therefore filter exchange during processing is avoided. These filters allow 3 to 7 times higher throughput than traditional types.
Syringe filters Millex
Syringe filters for filtration of aqueous solutions, organic solvents and gases, with Luer-Lock inlet and Luer-Slip outlet.
Syringe filters Millex, 33 mm, MCE
Sterile syringe filters with Luer-Lock inlet and Luer-Slip outlet. Housing made of acrylic, colour-coded.For filtration of water or other aqueous solutions, clarification and prefiltration, sterile filtration (0.2-µm filter units).
Syringe filters Millex, 33 mm, PES
Sterile syringe filters with Luer-Lock inlet and Luer-Slip outlet. Housing made of acrylic, colour-coded.Hydrophilic membrane, for sterile filtration of protein solutions, tissue culture media, buffers and additives.High flow rateLow protein binding
Syringe filters Millex, 33 mm, PVDF
Sterile syringe filters with Luer-Lock inlet and Luer-Slip outlet. Housing made of acrylic, colour-coded.Hydrophilic membrane, for filtration of protein solutions, clarification and prefiltration, sterile filtration (0.2-µm filter units).Very low protein binding
Syringe filters Puradisc™ FP30, CA
Syringe filters are suitable for rapid sample filtration and are used in a variety of applications, such as capillary electrophoresis, protein filtration, and UV spectroscopy sample preparation. With female Luer lock inlet.For the ready-to-use filter units, only virgin raw material is used. This ensures that there is no interaction with the sample to be filtered, provided that the units are used properly. The filter units are intended for laboratory use only.Note: If syringes with a volume <10 ml are used, a pressure could be created which exceeds the max. operating pressure (700 kPa/7 bar) of the filter unit.Hydrophilic membrane made of cellulose acetate (CA). Very low protein binding capacity.Housing made of PCOutlet male Luer coneAutoclavable at 121 °C