This article describes how the Frontier Micro-Furnace Tandem µ-Reactor enables the rapid screening of laboratory-prepared catalysts, specifically carbon fiber reinforced plastic.
To perform flash pyrolysis, there are three types of techniques available: filament, curie-point, and vertical micro-furnace.
In this video, you will learn about the Double-Shot and Heart-Cutting modes of the Frontier multi-shot pyrolysis instrument.
Learn about the fundamentals of the state-of-the-art Frontier MicroJet Cryo Trap.
You have produced excellent data about your unknown sample using the Frontier micro-furnace. Now let the power of F-Search identify peaks and chemical composition with ease!
This application note explores how the Bruker S2 POLAR EDXRF meets all the requirements for sulfur analysis in automotive, heating, and jet fuels, and is fully norm-compliant to ASTM D7220.
The LUMOS II is a stand-alone FT-IR microscope that excels in failure analysis, material research and particle analysis. It is compact, precise and features ultrafast chemical imaging by FPA technology.
FT-NIR spectrometers from Bruker are best-in-class instruments that are ideal for both on-line and laboratory analysis.
Need performance, but tight on bench space? The S6 JAGUAR Wavelength dispersive XRF delivers, with its compact size and plug-and-analyze installation.
This article illustrates the power and simplicity of modern-day pyrolysis-GC/MS in a rubber tire’s material characterization.
When it comes to XRD or XRF, how do you decide which technique is the best for your material characterization needs?
Vibrational spectroscopy techniques such as FTIR are versatile instruments that can provide a range of different approaches for reverse engineering analysis in product development.
