Materials Products & Reviews

•Optimized deactivation produces maximum response when analyzing trace levels of acetylene, methyl acetylene, and propadiene. Stable response factors make this column ideal for process-type applications where recalibration must be minimized. High loadability reduces peak tailing and improves separations.

A revolutionary new version of Restek’s popular EZGC™ application is now live — it’s easier to use and it’s absolutely free. Just enter your compounds, and this cutting-edge system will recommend not only a GC column, but also the conditions to reliably separate your target analytes. It will even show you a modeled chromatogram!

Use our bulk packing materials to pack your own columns. Our extensive QC program ensures the high quality and reproducibility of these silicas. You can be confident that you are getting consistent, high-quality product when you source your silica from Restek. Use these materials for easy scale-up to preparative chromatography or for packing your own columns. Ultra Bulk Packing Materials Features: Prepare your own columns…

MXT® columns are made from stainless steel tubing that has had the internal surface treated with our exclusive Siltek® surface treatment. The Siltek® layer makes the surface as inert as deactivated fused silica. The unique properties of the Siltek® treated surface enable us to treat the tubing with a wide variety of polymer phases.

Restek’s Rt®-Silica BOND columns are robust, versatile, selective PLOT columns that offer excellent performance for the analysis of light hydrocarbons, sulfur gases, and halocarbons above ambient temperature.

(5% diphenyl, 95% dimethyl polysiloxane)

midpolarity Crossbond® phase

(midpolarity Crossbond® phase)

(packed & micropacked)

for Agilent 6890 and 7890 instruments.

Restek chemists developed the Ultra Carbamate column specifically for carbamates analysis. The unique packing separates 10 target carbamates in just 5 minutes with an 8 minute total cycle time. The column is compatible with fluorescence or LC-MS detection.* An Ultra Carbamate column can process as many as eight samples per hour, versus less than two samples per hour on a general-purpose C18 column. In addition to increased sam…

For Sciex Turbo V Sources

Leverage Your MS Vacuum to Significantly Speed Up Separations

HyperFlux™ is a compact, cost-effective Raman spectroscopy system. It features a proprietary HTVS™-enabled spectrometer, a stable laser, safety interlocks, temperature control, dynamic recalibration, and automatic health monitoring. Suitable for both in-line process and lab use.

The Process Guardian™(PGR) is a Raman spectrometer offering superior performance. This next-gen  HTVS™-enabled analyzer meets all crucial deployment requirements in process environments and provides reliable measurements from a robust standalone platform.

SuperFlux™, using proprietary HTVS™ technology, is a cost-effective, small and lightweight tool, perfect for lab and process environments. It provides non-destructive chemical analysis suitable for academic labs, food, environmental and agricultural sectors, and polymer and cell culture applications.

RAMANtouch rethinks Raman imaging. With patented line-shaped laser illumination and galvanometer-based scanning, it achieves the world’s fastest high-quality Raman imaging—hundreds of thousands of pixels mapped in minutes without compromising spectral or spatial resolution. This speed, combined with confocal optics for true 3D imaging, makes RAMANtouch a game-changer for advanced materials, life sciences, and semiconductor res…

SIGIS 2 is a scanning imaging remote sensing system that allows rapid identification, quantification and visualization of gas clouds from long distances.   The system maps a predefined area and results of the analysis are visualized by a video image, overlaid by a chemical image. The SIGIS 2 is part of the equipment of emergency response forces around the world. In addition, SIGIS systems are applied in environmental app…

Atmospheric and environmental research, volcanology, industrial surveillance and homeland security outline the wide range of applications of the HI 90 Hyperspectral Imaging System. The HI 90 is ideally suited for real-time identification, quantification, and visualization of gas clouds with high spatial resolution. Algorithms based on the combination of image processing and spectral analysis are implemented in the operating…

The EM 27 is a ruggedized remote sensing system providing high performance spectroscopy in the field. The EM 27 can easily be deployed in the field for various air monitoring applications.Emissions from smoke stacks, waste disposal and hazardous emissions from chemical accidents can be observed with an operating range of typically several kilometers. The EM 27 SUN features a solar tracker for measurements of atmospheric…

The open path air monitoring system allows identification and quantification of airborne pollutants and atmospheric gases. Infrared radiation is modulated by an interferometer and transmitted to an array of retroreflectors positioned at a distance of typically several hundred meters. The reflected radiation is analysed for the target compounds. Due to the large spectral range, a wide range of compounds can be quantified sim…

The MATRIX II-MG series comprises high performance instrumentation for Mid-Infrared gas and vapor phase spectroscopy as well as for gas quality control in process and environmental research. Based on Bruker’s R&D 100 award winning MATRIX-F spectrometer with its well-known and patented RockSolid™ interferometer the MATRIX II- MG series provide compact size, outstanding stability and sensitivity.

The EM27/SUN is an FTIR Remote Sensing analyzer dedicated for atmospheric measurements. Utilizing a CAMTracker system which is an innovative camera-based feedback system following the sun as light source. Its very compact and robust design as well as outstanding optical performance makes it ideal for long term measurement campaigns in remote areas with little infrastructure. Features: outstanding tracking accuracy…

FTIR based Gas Analyzer for the fully automated and real-time quantification of gas compounds. Features: • Continuous and fully automated quantification of gas compounds • No calibration to target gas necessary • Compensation of interferents • Temperature-controlled gas cell (up to 191°C) • Spectral resolution better than 2 cm-1 (Option: better than 1 cm-1) • TE cooled detector • The nickel-plated gas cell and gold…

Bring your FT-IR lab to the field: MOBILE-IR II