UNSPSC |
12190000 |
Product Type |
Spare Parts Kits |
Conductivity Detector OQ/PQ Mobile Phase
To detect changes in the thermal conductivity of column eluent compared to that from a reference flow, you can use the Waters Conductivity Detector. The lab equipment listed here is the Mobile Phase used when running the Conductivity OQ/PQ procedure. It contains acetonitrile, which is listed as one of the solution's main components and is extremely toxic and flammable. Please use appropriate laboratory practices when handling the Conductivity Detector OQ/PQ Mobile Phase to avoid potentially dangerous unintentional consumption, inhalation, or injection/absorption. Get medical treatment right away if the solution contacts your skin, is breathed in, or is consumed.
Your productivity in the lab will increase if you have the proper lab equipment. Visit our website and catalog to learn more about the full selection of products we have to offer and to make sure that your lab's needs are met as necessary. You can buy lab supplies online and ask any queries you might have. With these inquiries and worries, you can get in touch with a member of our team at one of our several offices throughout the globe.
We recommend that you also check out the Waters Preparative Chromatography Mix Standard. The Quality Control Reference Materials portfolio is a unique collection of standards and blends. These tools let the user evaluate and benchmark their chromatography equipment before examining important material. The scientist's expertise at Waters was specifically applied to the creation of each item in the portfolio. The Preparative Chromatography Standard contains Diclofenac sodium salt, Diphenhydramine hydrochloride, and Flavone at concentrations of 5 mg/mL in DMSO for each. Use this standard mixture to check the benchmark performance of your preparation/purification system. This particular QC Reference Material is a specially formulated mixture of basic, acidic, and neutral materials, together with a void marker. It functions with various column sizes, chemistries, and hardware.
What Are The Advantages Of Thermal Conductivity Detector?
According to the detection principle, analytes typically have less thermal conductivity than carrier gas. It is tough, but in comparison to other detectors, it is not extremely selective. The non-destructive nature of the Thermal Conductivity Detector is a benefit that makes it effective for preparative separations.