ACQUITY Arc UV AB Start Up Solution

The ACQUITY Arc UV AB Start Up Standards Kit is intended to perform system precision and gradient performance tests on an ACQUITY Arc System with a UV detector.

The caliber of your chromatographic outcomes and end products will be directly impacted by the caliber of the reagents and standards you select. With this in mind, Waters makes significant research investments in developing the best standards, reagents, and other lab equipment available for use in laboratories across the world. Every one of our standards and reagents ensures exact formulation and unwavering traceability. This is because we recognize how important it is for data comparability in analysis to be able to prepare reference materials consistently across extended time periods. The measurements must also be connected to a source reference material via a clear, continuous, and thoroughly documented chain of comparisons.

Explore the complete range of Waters products, including the extensive collection of reagents and standards, using our online store. There, you can also directly shop for lab equipment from us.

We recommend that you also explore and invest in the Reversed-Phase QC Reference Material. Seven substances, including uracil, butyl paraben, naphthalene, propranolol, dipropylphthalate, acenaphthene, and amitriptyline at pH 7, are included in the reversed-phase quality control reference material. The benchmark performance of your analytical HPLC or UPLC equipment should be verified using this standard mixture. This QC Reference Material is a carefully formulated blend of neutral, acidic, and basic components, as well as a void marker. Before analyzing crucial material, benchmark your chromatography system using the items in the Reversed-Phase QC Reference Material. The collection of standards and mixes in the Quality Control Reference Materials portfolio is unique. The products in the line were each individually designed by Waters experts. The Reversed-Phase QC Reference Material is a very complex mixture of reference material because it contains components that can be challenging to separate.