Raptor Core Shell LC Column

Publication of a specialized analytical method for ultra-short-chain PFAS analysis, presented at the 59th Annual Meeting of the Japan Society of Water Environment (March 2025)! "Development of an analytical method for ultra-short-chain and short-chain PFAS in drinking water and environmental water using LC-MS/MS."

Restek offers the latest research findings, applications, and customized solutions tailored to customer needs based on valuable feedback from laboratories around the world. When tackling PFAS analysis, Restek will be your strong partner, providing expert support. Please feel free to contact us.

PFAS is concerning due to its wide range of applications and high persistence in the environment. As a result, accurate detection and measurement of PFAS are required, but there are several challenges in its analysis. - Difficulty in trace detection - Risk of PFAS contamination from the analytical equipment itself ■ Challenge Solution: "Delay Column" The delay column is becoming increasingly important for managing PFAS contamination within analytical equipment: * Removal of background PFAS * Improvement of measurement accuracy - clearly distinguishing PFAS from the equipment and from the sample * Increased reliability - reducing the risk of overestimating the amount of PFAS present in the sample We provide a clear explanation in a 3-minute and 23-second video. Japanese subtitles are also available! Please take a look. https://www.restek.com/global/ja/videos/pfas-analysis-%E2%80%93-why-a-delay-column-is-important-japan For questions or more detailed information about PFAS analysis, please contact us.

Simulate up to 60 PFAS components for free! Speed up and simplify LC method development with the 'Pro EZLC' Chromatogram Modeler. The new Restek 'Pro EZLC' has become even more user-friendly and is a powerful LC chromatogram simulation tool. By simply selecting the desired compound and column stationary phase from the PFAS library, you can create analytical conditions. Additionally, optimization is possible by changing other parameters such as column size, particle diameter, mobile phase, and gradient conditions to meet specific method requirements. You can also simultaneously confirm the separation from bile acids, which have recently gained attention as contaminants, making it efficient! ■ Increase productivity with easy-to-use free software! ■ Includes PFAS library (60 PFAS-related compounds and 3 bile acids)! ************************** For details and free software login, click here https://ez.restek.com/proezlc/ja **************************