Products
ATR
ATR
Specac offers a comprehensive range of Attenuated Total Reflectance (ATR) accessories for the analysis of solids, liquids, pastes, and gels. These ATR accessories are compatible with a range of FTIR spectrometers, and options are available for heated, cooled, or other advanced material analysis. The product range includes the high-performance Golden Gate single reflection diamond ATR accessory and the universal Silver Gate Evolution single reflection ATR accessory. If you need help deciding which Attenuated Total Reflectance FTIR accessory best suits your application click here for our ATR Accessory Guide or here for our Guide to Internal Reflectance Accessories.
Categories
Golden Gate Single Reflection Diamond ATR
The Golden Gate ATR accessory is Specac's high performance single reflection monolithic diamond ATR product offer. This ATR accessory is available with a range of sampling options for advanced ATR material analysis, including ambient temperature (standard), heated, cooled, reaction cell, or super critical fluids. Specac’s ATR Accessory Brochure has further details.
Silver Gate Evolution Single Reflection ATR
The Silver Gate Evolution is Specac's general-use single reflection ATR accessory for the routine analysis of solids, liquids, pastes, and gels, providing an economical alternative to the Golden Gate ATR accessory for less demanding applications. ATR crystal options include ZnSe and Ge.
Gateway Multi-Reflection ATR
The Gateway ATR accessory is a six reflection horizontal ATR sampling system designed to fit into a wide range of FTIR spectrometers. Analyzed samples can be either liquid or solid, depending on which top plate assembly is used. Liquid flow top plate, heated top plate, and thermo-stabilised top plate options add to the versatility of this accessory for multi-reflection ATR analysis.
25 Reflection ATR - Variable Angle ATR
This ATR accessory provides multiple internal reflections and the ability to vary the angle of incidence. This versatility makes it ideally suited for the enhancement of small infrared absorption bands in weakly absorbing samples for ATR analysis.
