PP syringe filters are slightly hydrophobic and can be used as not only pre-filter but also terminal filter. PP membrane syringe filter is suitable for high-performance liquid chromatography sample filtration, gas separation, and Ion exchange chromatography sample filtration. Also, the filters could effectively bind proteins, DNA, and RNA. Moreover, PP syringe filters could meet the requirement of the filtration of aqueous and organic solutions. It could also be applied in the production of photoresist materials. The diameter of the filter ranges from 4mm to 50mm, of which 25mm syringe filters are the most widely used.
Features
•Hydrophobic microporous membrane syringe filter
•Wide range of pore sizes with high porosity provided for selection
•Highly resistant to pressure and tolerant with the high-temperature sterilization
•Membrane material for deep filtration, which uses food-grade isotactic polypropylene as a raw material
Advantages
•Eliminates loss of sample and time
•Ideal for autosampler vials and NMR tubes
Applications of 22mm, 45mm PP Syringe Filters
•Aromatic and chlorinated solvents
•Aqueous or organic solvent filtration
•Incompatible with Hexane, benzene, limited resistance to dichloromethane and chloroform
•Same as hydrophobic PTFE syringe filters, 25mm PP syringe filters is ideal for HPLC sample preparation
Sterile PP syringe filters is a fast, convenient and reliable small-volume sample filtration processing device that is routinely used in laboratories. 5 micron syringe filter, 10 micron syringe filter all have the fast flow rates.
Polypropylene syringe filters has high impact resistance, strong mechanical properties, and resistance to a variety of organic solvents and acid and alkali corrosion.
Features of PP Syringe Filter
•Hydrophobic PP syringe filter
•Contains natural hydrophilic membrane
•10 micron syringe filter have wide compatibility with organic solvents
•High solvent resistance
•Gamma ray disinfection and sterilization (more thorough and safer)
•Syringe filter 5 micron have low adsorption to large molecular proteins