Prefiltration Membranes |
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Add an upstream prefilter to extend the lifespan and throughput of your filter. Organic solvents are most often prefiltered through polypropylene prefilters. Aqueous solutions are most widely clarified with glass fiber prefilters with binder resin, which have superior wet strength and can collect dirt from heavily contaminated liquids.
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MF-Millipore™ Filters Material: MCE (mixed cellulose esters) Features: Pore sizes up to 5 µm Applications: Air monitoring and contamination analysis for fuels and hydraulic fluids. Clarification and sterilization of fluids/buffers. |
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Membrane: Nylon Membrane and Net Filters Features: Low organic extractables and broad chemical compatibility Applications: Particle analysis, large particle filtration, prefiltration of solvents. Compatible with a broad range of solvents. |
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Glass and Quartz Fiber Filters Features: High dirt loading capacity, binder-less options, low heavy metal content Applications: Prefiltration, total suspended solids, TCLP, heavy metals analysis, PM10 |
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Membrane: Polypropylene Prefilter and Net Filters Features: High dirt loading capacity, high retention Applications: Prefiltration of organic solvents. Compatible with a broad range of solvents and aqueous solutions. |
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Membrane: RW Prefilters Material: Mixed cellulose esters around a polyester web Features: High dirt loading capacity; non-shedding; low pressure drop Applications: Prefiltration. Use mainly with aqueous solutions and gases. |
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PVC Membrane Filters Material: polyvinyl chloride Features: medical grade PVC (not application relevant) Applications: Air monitoring |
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Fluoropore™, Mitex™, Omnipore™, and LCR HPLC-Certified Membrane Filters Material: PTFE (polytetrafluoroethylene) Features: High flow rate and broad chemical compatibility Applications: Clarification of acids, bases, solvents, and analysis of hydraulic fluids. Broad chemical compatibility |
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