Arrow™ Consumable Silicon ATR

Fourier-transform infrared (FTIR) spectroscopy is used to probe the molecular vibrations of a sample, generating a chemical fingerprint from the molecules present within the beam of light. The technique has been employed in numerous ways across multiple fields, but whatever the aim of the experiment, an accessory is required to contain the matter under study and direct the light onto it.

In this application eBook, we review the literature for some of the most advanced FTIR spectroscopy products and explore cutting-edge research across a diverse range of fields, including sections on:

• Liquid transmission analysis – from the analysis of biodiesel blends to the detection of fake fish oil
• Attenuated total reflectance – the basics, penetration depth, advanced measurements, and more
• Advanced spectroscopy – including catalytic studies and the spectroscopy of gases

In this application note, find out how the ArrowTM consumable ATR opens the door to routine batch ATR in multiple-day experiments and how it is designed to handle difficult to clean samples. Discover how silicon ATR consumable technology helps you zero in on your analysis. Designed for the QuestTM ATR accessory, ArrowTM allows rapid assessment of a range of liquid analytes.

In this application note from Specac, find out how the Arrow™ is designed to be an ideal solution for batch, long-duration ATR spectroscopy experiments.

In its 50th year, we hear about Specac's three latest IR sampling accessories. In a video filmed at Pittcon 2020, business development manager Jeff D'Agostino showcases the new Arrow™, a silicon ATR consumable technology designed for the Quest ATR accessory, which enables rapid assessment of a range of liquid analytes and is designed for use in the fields of forensics, paints, adhesives, as well as the oil and food industries. He also gives the lowdown on a space-saving software-based USB High Temperature Golden Gate® temperature controller with graphic interface and talks through the various applications of the high-throughput Atmos gas cell line, such as toxic combustion gases, VOCs, greenhouse gases, emissions and more.

This interview was filmed at Pittcon 2020 - watch other highlights from the show here >>

Explore a compendium full of tips, tricks, and tools, and explore cutting edge research on FTIR spectroscopy

Meet the researchers making waves in science and learn about the technologies innovating their research