Products
Syringe Filter Application; Premium Brand Routine Brand Basic Brand; Titan3 Nylon: Target2 Nylon: Choice Nylon: General laboratory filtration; Filtration for most HPLC samples; Titan3 PTFE (Hydrophobic) Target2 PTFE (Hydrophobic) Choice PTFE (Hydrophobic) Filtration of aggressive organic, highly basic, or hot solutions, transducer protectors
One of the first steps to understanding the ideal syringe for your specific application is to know which termination is best. This article help you make that determination, explaining what to choose based on your requirements like dispense volume, need for autoclaving, desired dead volume, pressure tolerances, or necessary headspace.
best syringe for my application? Whether you need an autosampler or manual syringe, there are two keys to choosing the right syringe – identifying your sample type and establishing the smallest volume to be dispensed or injected. Aijiren offers two varieties of syringes. PTFE-Tipped Syringes for Gases and Liquids PTFE-tipped syringes have a precision-machined plunger tip that forms a tight seal
Syringe Filters Features and Bene˜ts Introduction Part Number Matrix Speci˜cation Applications G-MPTM Syringe Filters Multiple 4 pre-filter layers: Graded 10um~0.7um glass fiber prefilter above the membrane filter Maximized throughput: reduces syringe force required and hand fatigue. Also offers cost savings because less syringe filters are
Choose the Right Fluid-Carrying Parts; Avoid non-passivated metal and nylon when choosing fluid-carrying parts such as fluid feed tubing, valve fittings, and components such as syringe barrels and dispensing tips. Metal and nylon materials will react with your CA, causing it to cure. This can lead to clogging and equipment failure.
The PTFE or Polytetrafluoroethylene membrane has compatibility with a wide range of organic and gaseous solvents and solutions. When buying PTFE Syringe Filters for your lab applications, you should consider few things to make the right selection. Through this infographic, you will get to know the points to consider before buying PTFE Syringe
Choosing the Correct Syringe Filter. At Ossila, we offer five different membrane materials for our syringe filters: Hydrophobic PTFE (Polytetrafluoroethylene) Hydrophilic PTFE; Hydrophobic PVDF (Polyvinylidene fluoride) PES (Polyethersulfone) Nylon; PTFE can be used with almost any solvent due to its low reactivity and low extractables.
Selection of the right membrane should be ideally based on the application. Here are the things that you must know for choosing the best PTFE syringe filters. Applications of PTFE Filters: The typical applications of these filters include sterile filtration, clarification, sample preparation, and medical applications.
F217 & Teflon® Lined Caps with Foam backed Teflon® PTFE liners resist attack from virtually all chemicals at room temperature and provides resilience for a tight seal with a low moisture transmission rate. F217 has a low density foam core between two solid layers of LDPE. Uses include: Analytical lab samples, high purity chemicals, strong acids, solvents, environmental samples
selection criteria to help you choose the right product for your application. This Technical Guide can be used for reviewing filtration requirements and performance criteria with new lab personnel. For further assistance, contact your local Pall Laboratory technical service team labcustomersupport@pall.com or visit our website at www.pall.com/lab.
and a variety of devices for various filtration applications. Choosing the right filter for your application. To choose the right filter you need to consider sample characteristics, volume, poresize and decide if the sample may require prefiltration because it is laden with
Selecting the Best Filter for Your Application Choosing a filter does not have to be complicated – Corning has simplified the process. Just follow these four easy steps: Step 1: Match your application with the appropriate pore size. Step 2: Select the membrane and housing material for your application.
Typically, the first step in selecting a suitable filter is to choose a membrane that is chemically compatible with the sample (see table below for a full selection of mebranes). For aqueous samples, it is preferable to use a hydrophilic membrane (wwPTFE, PVDF, or Nylon) versus a