UNSPSC |
41115700 |
Product Type |
Spare Parts Kits |
PEEK STARTER KIT (NUTS/FER/FIT)
You can create a biocompatible and metallic-free environment for your samples and mobile phase by replacing stainless steel elements, including tubing, fittings, ferrules, mobile phase filters, in-line filters, and so on. The PEEK Starter Kit is a collection of items that we believe is a useful place to start for anyone working in bio-chromatography.
Each Kit is supplied in a sturdy plastic case. The Kit contains the following items: PEEK Fingertight One-Piece (6), PEEK Handtight Nut (4), PEEK Hex-Head Nut (4), PEEK Double Ferrules (20), PEEK Tubing 1/16 x 0.25mm (1 x 3m), PEEK Tubing 1/16 x 0.50mm (1 x 3m), PEEK Union (1), Elbow 90 Degrees (2), Elbow 180 Degrees (2), Guillotine Cutter (1), PAT &trade, Mobile Phase Filter - Last Drop (1).
You can browse our website and refer to our catalog to learn more about different variations of lab equipment as well as the complete collection of Waters offerings. You can use the website to shop for lab equipment to replenish your stock and add to your existing equipment portfolio. Our website also enables you to connect with a member of our global support team and get guidance with any questions or concerns you may have or need assistance in selecting the right equipment for your laboratory.
You may also want to review the Reversed-Phase QC Reference Material; The portfolio of Quality Control Reference Materials is a one-of-a-kind set of standards and mixtures. Before analyzing vital material, these items allow the user to analyze and benchmark their chromatography equipment. The goods in the range have all been uniquely designed using Waters scientists' expertise. Because it comprises components that can be difficult to separate, the Reversed-Phase QC Reference Material is a very complicated reference material mixture. It is intended to deliver this level of complexity and is appropriate for use when performing sophisticated experiments on a regular basis.
What Is The Importance Of Sensitivity In Chromatography?
Sensitivity is defined as the signal output per unit concentration or mass of a material in the mobile phase entering the detector, such as the slope of a linear calibration curve. Sensitivity is sometimes described as the ratio of peak height to analyte concentration in the peak for concentration-sensitive detectors. It is the ratio of peak height to unit mass in mass-flow-sensitive detectors. Sensitivity must be wholly dependent on the chemical measurement process, not on scale concerns, in order to be considered a unique performance attribute. The ability to detect (that is, qualify) or measure (that is, quantify) an analyte is influenced by a variety of technical and chemical characteristics.