High Performance Thin Layer Chromatography

In this process, the stationary phase of the TLC is kept the same. Advancements have been introduced in the mobile phase. State-of-the-art instrumentation techniques are used to obtain better resolution of the separated components of the sample under test. Once the compounds are separated, a report or chart is prepared based on the differences and similarities of the obtained compounds with a reference. Since HPTLC is performed with the sole aim of gaining more and more accuracy in the results, we make sure that multiple samples are being tested alongside each other. The automation of the chromatography technique has made us produce the results within a short period. Our experts do not require such long times like in TLC to deduce the compounds and then subject them to different tests for determining their characteristics, both physical and chemical ones.

We have made sure to develop our examining environment in a way where our experts can pleasantly work without having to worry about any case of cross-contamination, degraded results, or an improper automated separation of the compounds present in the sample under consideration. HPTLC chromatography procedure. Through our years of experience, principle of HPTLC. we have made sure to cater our services to various industries present.

We employ our HPTLC studies for studying complex compound matrices like plant materials, a combination of oils, complicated liquid samples, and so on. We make sure to make a few tweaks in the chromatography testing to suit the examination process for different types of samples under consideration. We use the HPTLC system to prepare a detailed analysis of the compounds by examining the spectral band of the stationary phase after the completion of the separation. We also ensure that high-end techniques are used for the deduction of the behavior of the compounds when subjected to different environments. With high performance thin line chromatography, we can now test multiple samples at the same time, even when each analysis needs to be done in a different way. We establish the proper setup, which facilitates multiple sample separation without any level of contamination. The process is continually observed to check whether the analysis is being done correctly or not. If the need arises, we also implement the use of mass spectrometry to study the further results of the compounds being separated via the HPTLC method.

Looking for a trusted partner to achieve your research goals? schedule a meeting with us, send us a request, or call us at +91 78427 98518 to learn more about our services and how we can support you.