Raman Microscopy Applied to Polymer Characterization: An Overview

This study uses FT-NIR spectroscopy with machine learning to rapidly and accurately analyze hop extracts, reducing hazardous chemicals and time in brewing QA.

Using confocal Raman microscopy, the layer identification of multilayer polymer film can be made by cross-section analysis or by confocal depth profiling.

Pt Loading Mass Determination of PEMFC Catalyst Sheet Using a Benchtop EDXRF Analyzer

Discover why Specac is your trusted partner for process analytical technology, especially for challenging liquid and gas samples. Our robust solutions ensure reliable process control, enhancing safety, reducing waste, and supporting the Green transition in industrial chemistry.

The optimal pathlength for an on-line FT-NIR process measurement needs to be determined by experimentation. Here we demonstrate the feasibility of measuring water in acetone by NIR spectroscopy at various pathlengths using an adjustable Spyder™ process flow cell, as a prelude to full-scale implementation of NIR process analysis on a production line.

Specac latest innovation - the Spyder™ is your go-to spectroscopic liquid flow cell, perfect for labs and small-scale pilot plants. Just connect it to a near-infrared process analyzer with fiber optic cables, and you’ll unlock seamless analysis of liquid products as they flow through your continuous chemical process.