This article describes how the Frontier Micro-Furnace Tandem µ-Reactor enables the rapid screening of laboratory-prepared catalysts, specifically carbon fiber reinforced plastic.
FT-NIR spectrometers from Bruker are best-in-class instruments that are ideal for both on-line and laboratory analysis.
This article illustrates the power and simplicity of modern-day pyrolysis-GC/MS in a rubber tire’s material characterization.
Instrument financing can get you the analytical instrumentation you need into your lab without the burden of a large capital purchase.
Our refurbished Agilent Instruments are rigorously tested to deliver reliability you can count on.
Many plastic recycling companies seek accurate and reproducible analytical testing for quality control and compliance with regulations.
FTIR Microscopy enables forensic examiners to identify both detailed visual information and simultaneous material identification when analyzing microscopic fibers.
Fully cured, themoset resins are rigid, typically insoluble solid materials of high mechanical strength and high temperature stability.
There is a growing interest around the concept of additive manufacturing. Learn about the basics, advantages, and the future of this exciting process.
This article will explore microplastics identification in sea surface water using a micro-furnace pyrolysis-GC/MS instrument.
Reverse engineering, or deformulation, describes the process of dissembling a particular material and analyzing it.
Overcome the challenges of characterizing organic pigments in industrial painting with the Frontier multi-shot pyrolysis solution.
