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This item: Sterile Syringe Filters PTFE 25 mm Diameter 0.22 um Pore Size Individually Packaged 10/pk by Biomed $12.99 ($1.30 / 1 Item) In Stock. Sold by Biomed Scientific and ships from Amazon Fulfillment.
In scientific applications, the most common sizes available are 0.2 or 0.22 μm and 0.45 μm pores. These sizes are sufficient for HPLC use. The smallest known sterile syringe microfilter have pore sizes of 0.02 μm. Membrane diameters of 10 mm, 13 mm, 25 mm are common as well. Some syringe filters for small volumes may not resemble a wheel at all.
analytical filter CN membranes are certified for water quality work, meeting standards of APHA, EPA, and U.S. Safe Drinking Water Act, and all Nalgene analytical filter funnels and filter units pass ISO7704 testing. These filters are ideal for microbiological QC testing of water, food and beverage, raw materials and finished product.
Application Guides (CAGs) for the proper use, cleaning, and certification of primary engineering controls (PECs) and buffer areas (generally referred to as “cleanrooms”). 39–45 Guidelines forHand Hygiene in Healthcare Settings,46 Guidelines for Prevention of Intravascular Catheter-Related
Our syringe filters cover most applications in HPLC, pharmaceutical, environmental, biotechnology and food and beverage testing laboratories. Housing injected in Polypropylene or MABS Multifunctional Syringe filters equipped with Luer-Lock connections on both sides or female Luer-Lock input and male Luer-Slip output
Minisart® Syringe Filter, Polyethersulfone (PES), Pore Size 0.22 µm, Ethylene Oxide, Female Luer Lock, Male Luer Lock, Pack Size 50 Minisart ® High Flow with polyethersulfone (PES) is optimal for highest flow rates and a pH of 3 - 12.
Description: Whatman™ Uniflo™ syringe filters are well suited for rapid, routine syringe filtration of small volume samples up to 100 ml in laboratory sample prepa ,514-0887EA,514-0886EA,514-0892EA,514-0893EA,514-0901EA,514-0865EA,WHAT9928-3002EA
Syringe filters with different pore size ratings are suitable for different applications. For example, syringe filters containing 0.45 μm are typically used for HPLC sample preparation and 0.2 μm is used for UHPLC. In life science applications 0.1 and 0.2 µm pore sizes provide sterilization of buffers, culture media, and additives.
The 30mm syringe filters can filter up to 100mL of sample with a retention volume of less than 100µL. The 13mm filters can filter 5 to 10mL of sample and have Related Products: 0.22 Filter
Allpure syringe filters have broad range of filtration media meets diverse application needs. The Classic range is available in all of the major membranes including Nylon, PTFE, PES, and PVDF, which are supplied in 13mm, 25mm formats in virgin medical polypropylene housings.
*Each lot is certified to contain low ion extractable levels *Able to filter solutions at temperatures up to 100˚C *Available in 0.22um and 0.45um pore sizes and two diameters to suit your application needs
Filtration is an integral piece of nearly every workflow of every lab. Whether its cell culture, protein research, water testing, bioprocess design, or QA/QC testing of beverages – filtration will play a role in your lab’s daily routine and Thermo Fisher Scientific has the tools you need.
Membrane type and pore size are printed on each filter for easy identification. All Cole-Parmer syringe filters are 100% integrity tested and manufactured in accordance with ISO 9002 standards. Sterile filters are sterilized by gamma radiation. They are certified nonpyrogenic, noncytotoxic, and are blister packed.
For Use With (Application) For sterile filtering protein solutions, tissue culture media, additives: Inlet Style: Female Luer Lok: Pressure Rating: 145psi: Temperature Range (English) 113°F: Tip Material: Modified Acrylic: Material (Membrane) Polyethersulfone: Pore Size: 0.22 μm: Volume (Metric) <200 mL
from solution: The 0.22 μm membrane is the filter of choice for sterile filtration of aqueous solutions such as nutrient media, buffers and sera; The 0.45 μm membrane is a very convenient filter type for the reduction of particles and microorganisms in aqueous solutions such as nutrient media, buffers and sera.