Force Performance LC Column

Twenty years ago, Restek brought about an innovative change in the field of chromatography. This was the development of the Biphenyl column, a completely new approach to solving the challenges of LC separation faced by chromatographers. The Biphenyl column possesses a highly unique selectivity that sets it apart from traditional C18 columns and other phenyl columns, and due to its high separation performance, it has become an essential tool for many researchers. Even today, with imitations circulating in the market, Restek continues to prioritize originality and innovation. #A History That Begins with Restek Experience the power of the Biphenyl column now. https://www.restek.com/global/ja/articles/restek-biphenyl-japan

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 **************************

Simulate up to 60 PFAS components for free! Speed up and simplify LC method development with the 'Pro EZLC' Chromatogram Modeler. The new '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 through changes in other parameters such as column size, particle diameter, mobile phase, and gradient conditions is possible to meet specific method requirements. You can also simultaneously check the separation from bile acids, which have recently garnered attention as contaminants, making it efficient! ■ Increase productivity with easy-to-use free software! ■ Includes a PFAS library (60 PFAS-related compounds and 3 bile acid components)! ************************** For details and free software login, click here https://ez.restek.com/proezlc/ja **************************

Proposal for the Optimal LC Column for PFAS Analysis The choice of stationary phase depends on the range of PFAS being monitored. The "Raptor C18 Column" is optimal for PFAS up to C3, while the "Raptor Polar X Column" is best for comprehensive analysis that includes ultra-short-chain (C2-C3) and alternative PFAS. In trace analysis using the Raptor C18 Column, the installation of a "PFAS Delay Column" is expected to reduce false positives or increased response values. ■ Applications Please download from "Related Materials"! * Ultra-short-chain to short-chain (C1-C4) PFAS analysis * Ultra-short-chain to long-chain (C1-C10) PFAS analysis * Short-chain to long-chain (C4-C18) PFAS analysis ■ Demo columns are also available. Please feel free to consult with us.