UV Detector PQ Standard

Invest in the Waters UV Detector PQ Standard to take advantage of the numerous advantages offered by it. The lab equipment saves time because no preparation is required. When compared to other calibration standards, it is also inexpensive. As with all Waters products, the Waters UV Detector PQ Standard includes a certificate of analysis for traceability. In addition to this, the Waters UV Detector PQ Standard has been shown to have excellent stability. Being the world’s leading manufacturer of lab equipment, Waters offers standards that are pure, reproducible, precisely formulated, and traceable to ensure you have quality reagents and standards to conduct analysis with as they determine the end product. These standards are crucial lab equipment as they offer solutions to help improve productivity while ensuring the accuracy and reliability of your data.

The UV Detector PQ Standard listed here contains standards appropriate for the assessment of HPLC UV systems.

Each Ampule is a 10 mL standard solution. Included in the kit are the following:

• - 10.00 mg/L Acetophenone (+/- 5%) Purity > 99%
• - 10.00 mg/L Propiophenone (+/- 5%) Purity > 99%
• - 10.00 mg/L Butyrophenone (+/- 5%) Purity > 99%
• - 3.2 g/L Acetone (+/- 5%) Purity > 99.74%

Solution in 60% HPLC Grade Methanol / 40% HPLC Grade Water, volume/volume.

Browse through our range of available products in our catalog, which contains related products, variations of the same product, and contact and ordering information, and also enables you to shop for lab equipment.

Waters recommends that you also invest in the HPLC with UV Standards Kit which is intended to be used in performance qualification and is part of the Waters Alliance HPLC system. The Alliance system significantly reduces unscheduled downtime while giving you high performance and ease of use. It also offers integrated fluidics results in a low-dispersion design, ensuring consistent performance and high-quality results. The system provides you with the lowest possible detection limits for even the most stringent applications, with detection choices ranging from routine UV to MS/MS.