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Non-sterile Minisart® RC syringe filters are supplied in bulk packs. This reduces waste and makes the handling easier whenever the application allows clarification under non-sterile conditions, like this is the case for the majority of sample preparation steps prior to HPLC or GC analysis....

Non-sterile Minisart® High Flow syringe filters are supplied in bulk packs. This reduces waste and makes the handling easier whenever the application allows the removal of particles or cells under non-sterile conditions. The housing is made of the acrylic resin MBS (Methacrylate butadiene styrene)...

Non-sterile Minisart® Acticosart syringe filters are supplied in bulk packs. This reduces waste and makes the handling easier whenever the application allows venting under non-sterile conditions. Due to its hydrophobic nature the PTFE membrane functions as a water barrier and does not become wetted...

Individually packed and sterile Minisart® High Flow syringe filters are optimal for immediate usage whenever sterile filtration or clarification and cell removal under sterile conditions is needed. Due to the slightly asymmetric membrane structure, the PES surface almost behaves like a pre-filter and enables...

Non-sterile Minisart® PES- syringe filters are supplied in a pouch in one pack. This reduces waste and makes the handling easier whenever the application allows venting under non-sterile conditions. In addition the non-sterile filters can be assembled and sterilised by the user. The hydrophobic...

Non-sterile Minisart® NML syringe filters are supplied in bulk packs. This reduces waste and makes the handling easier whenever the application allows the removal of particles or cells under non-sterile conditions. The housing is made of the acrylic resin MBS (Methacrylate butadiene styrene) which...

These solvent-resistant (pH 3-12), hydrophilic and low non-specific adsorptive membrane filters are excellently suited for the particle removal from solvents.They are mainly used for clarification and degassing solvents and mobile phases for HPLC.

Individually packed and sterile Minisart® High Flow syringe filters are optimal for immediate usage whenever sterile filtration or clarification and cell removal under sterile conditions is needed. Due to the slightly asymmetric membrane structure, the PES surface almost behaves like a pre-filter and enables...

Individually packed and sterile Minisart® NY syringe filters are optimal for immediate usage whenever sterile filtration or clarification of aqueous and solvent samples prior to HPLC or GC is needed. The polyamide membrane combines fastest flow with low non-specific binding. Sartorius polyamide is exceptionally...

Individually packed and sterile Minisart® NML syringe filters are optimal for immediate usage whenever sterile filtration or clarification and cell removal under sterile conditions is needed. The SFCA membrane is the best option for leachable free filtrations and is available in many different pore...

Non-sterile Minisart® NY syringe filters are supplied in bulk packs. This reduces waste and makes the handling easier whenever the application allows clarification under non-sterile conditions, like this is the case for the majority of sample preparation steps prior to HPLC or GC analysis....

Non-sterile Minisart® RC syringe filters are supplied in a pouch in one pack. This reduces waste and makes the handling easier whenever the application allows clarification under non-sterile conditions, like this is the case for the majority of sample preparation steps prior to HPLC...

Features & Benefits High membrane surface area for high binding capacity & no sample loss Exceptionally low background allowing longer exposure time & better results High membrane stability for easy handling

They are therefore recommended for the filtration of aqueous solutions as well for protein filtration. Furthermore- the low level of extractables makes them suitable for environmental analysis.

Individually packed and sterile Minisart® High Flow syringe filters are optimal for immediate usage whenever sterile filtration or clarification and cell removal under sterile conditions is needed. Due to the slightly asymmetric membrane structure, the PES surface almost behaves like a pre-filter and enables...