Products
4mm 3um testing product material solvent resistant syringe filter for sample preparation
Titan3®Nylon Syringe Filters. Hydrophillic nylon is extremely well suited for aqueous or organic sample preparation and HPLC, GC or dissolution sample analysis. Due to its excellent flow characteristics and mechanical stability, nylon offers the best combination of physical parameters to meet the most stringent analytical needs.
Millex Syringe Filter, Nylon, Automation Compatible, Non-sterile. Background Information. Automation-Compatible, Non-Sterile Millex® Syringe Filters: - Designed to provide efficient filtration for dissolution and other automated sample preparation applications. - Domed housing ensures reliable delivery of filters.
CPI now offers a line of high quality and cost effective syringe filters. They are available in a broad range of membrane materials with sterile and non-sterile packaging options, as well as options with pre-filters. All of our syringe filters are disposable and feature Luer-Lok™ and pressure fitting; ultrasonically bonded for reliability; filter
Choose right syringe filter - Syringe Filter Membrane Materials: MCE, NYLON, PES, PVDF, PTFE, RC, etc. Protein binding property, etc. All Filters 50% Off Tel: (866) 867-7406; Fax: (866) 867-8958; info@greenbioresearch.com
VWR® Syringe Filters. Supplier: VWR International. Description: Polypropylene, nylon, and PTFE membranes are ideal for sample preparation and small volume chemical filtration. Certificates. ,28145-503CS,28145-489CS,28145-505CS,28145-485CS,28145-499CS,28145-479CS,28145-477CS.
www.discoverysciences.com 319 general chromatography filtration Syringe Filters Nylon and PVDF Syringe Filters Nylon and PVDF syringe filters are available in a variety of diameters to address different sample sizes. Choose Nylon Membranes for General Filtration Needs Nylon is hydrophilic and has generally good solvent resistance.
Purple Nylon Syringe Filters, 0.45 µm. Ideal for aqueous (non-acidic) or organic sample preparation and HPLC, GC or dissolution sample analysis. With its excellent flow characteristics, very low extractable levels and mechanical stability, Nylon offers the best combination of physical parameters to meet the most stringent analytical needs.
Quick and efficient sample filtration HPLC sample preparation Sterile isolation Autoclavable at 121 C Puradisc 25 is a 25 mm diameter syringe filter for sample volume throughput up to 100 mL . Low hold volumes of <100 µL allow for maximum sample recovery.
Quick and efficient sample filtration HPLC sample preparation Sterile isolation Autoclavable at 121 C Puradisc 25 is a 25 mm diameter syringe filter for sample volume throughput up to 100 mL . Low hold volumes of <100 µL allow for maximum sample recovery.
PP, nylon and PTFE membranes are ideal for sample preparation and small volume chemical filtration. Syringe filters with CA or PES membranes are ideal for sterile filtration of buffers, tissue culture media or additives and other biologicals. The PES membrane
4/1/2020 · This is a critical step in sample preparation, as losses of PFASs to the filter material can be significant and lead to underestimation. This study evaluated losses of 21 PFASs in three different matrices (methanol, MilliQ water, and water containing 10 mg L −1 dissolved organic carbon (DOC)) to six different types of syringe filter (0.45 and 0.22 μm).
Syringe filters, RanDisc™, nylon. RanDisc syringe filter with nylon membrane are ready to use syringe filters which provides high flow rates at low inlet pressures. High flow rates also ensures high total throughputs i.e. filtration requirements with volumes upto 10 to 15 ml to be clarified or ultracleaned.
All the syringe filters are certified by HPLC Extractable Test. Features Application Compatibility: Broad range of filtration media meets diverse application needs Minimum sample hold-up: Syringe Filter's housings are specifically designed to maximize sample
Syringe filters perform sample clean-up and preparation functions ensuring the purest samples are analyzed in liquid chromatography, mass spectrometry, and ion chromatography applications. Reliable results depend upon accurate data, achieved by the low extractables and high particulate retention of Pall Laboratory’s Acrodisc syringe filters.