SPECAC comprehensive range of FTIR accessories for a variety of sampling techniques, including Attenuated Total Reflectance (ATR), Specular and Diffuse Reflectance (DRIFTS), and Transmission cells. SPECAC put together sampling kits and packs for rapid setup of academic and teaching labs. For advanced applications in research & development or academia there are accessories for high temperatures, low temperatures, and in-situ reaction chambers for fully controlled reaction environments.
The Quest ATR Accessory is a performance single-reflection ATR-FTIR accessory from Specac designed for laboratory spectroscopic sample analysis in the mid- and far-infrared. With innovative optical design and durable monolithic diamond ATR crystal option, this sets the benchmark in performance and value for ATR spectroscopy.
Hydraulic presses and other accessories for preparation of solid samples for FTIR analysis. The Specac Manual Hydraulic Press has been the mainstay of any analytical laboratory for decades. KBr pellets are easily prepared in minutes using an Evacuable Pellet Die. The Press can be easily upgraded with Heated Platens in order to prepare polymer thin films (when paired with the constant thickness film maker), or to perform experiments at elevated temperatures. For labs with limited space or requiring a more basic offering miniature pellet presses or film maker kits are also available.
Sampling packs provide everything you need to get started measuring the FTIR spectra of solids, liquids, or gases. Starter kits bundle together the sampling packs for a cost-effective way to maximize your labs versatility.
Specac offers a Short Pathlength Gas Cell that is ideal for routine gas and vapour spectroscopic analysis at room temperature, low pressures, and static or flow conditions. The cell has a fixed 10 cm pathlength and is available in Pyrex™ and stainless steel. An additional Stainless Steal Heated Gas Cell Option is also available.
The Oil-in-Water Analysis kit consists of matched quartz cells and a slide-mount holder chosen to match the requirements of the ASTM D7066 method for measurement of extracted hydrocarbon contaminants in water.