ATR Accessories

The Universal ATR shoe has a 6 mm flat end and made of stainless steel. This shoe is compatible with the 1 and 3 reflection top plates for the Spectrum One/100/400/65 and Spectrum 3/Frontier spectrometers.

The Universal ATR Shoe has a 0.5 mm long tip with a 1.5 mm diameter. It is made of stainless steel. This shoe is compatible with the 1 and 3 reflection top plates for the Spectrum One/100/400/65 and Spectrum 3/Frontier spectrometers.

The Quest ATR Ge Top Plate is made of hardened stainless steel, has an anti-reflective coated germanium (Ge) crystal sealed in indium, a transmission range of 7,800 cm^-1 - 400 cm^-1, and a low refractive index of 2.40 at 1000 cm^-1 .

This plate typically ships with the Quest ATR, but with this part number, it can be ordered separately, as a replacement or spare plate.

The Quest ATR Diamond Top Plate is made of hardened stainless steel, has an anti-reflective coated diamond crystal sealed in indium, a transmission range of 7,800 cm^-1 - 400 cm^-1, and a low refractive index of 2.40 at 1000 cm^-1. It is ideal for analyzing hard, inflexible, solid materials without risking damage to the crystal. This plate typically ships with the Quest ATR, but with this part number, it can be ordered separately, as a replacement or spare plate.

The Ge Top Plate is an optional configuration for the Quest ATR Accessory. It is made of hardened stainless steel, has an anti-reflective coated germanium crystal sealed in indium, and a transmission range of 5,550 cm^-1 - 450 cm^-1. Baseplate included.

The ZnSe Top Plate is an optional configuration for the Quest ATR Accessory. It is made of hardened stainless steel, has an anti-reflective coated zinc selenide crystal sealed in indium, and a transmission range of 7,800 cm^-1 - 480 cm^-1. Baseplate included.

The Extended Range Diamond Top Plate is an optional configuration for the Quest ATR Accessory. It is made of hardened stainless steel, has an anti-reflective coated diamond sealed in indium, and a transmission range of 10,000 cm^-1 - 40 cm^-1. This plate is ideal for analyzing hard inflexible solid materials without risking damage to the crystal. Baseplate included.

The Diamond Top Plate is the standard configuration for the Quest ATR Accessory. It is made of hardened stainless steel, has an anti-reflective coated diamond sealed in indium, a transmission range of 7,800 cm^-1 - 400 cm^-1, and a low refractive index of 2.40 at 1000 cm^-1. This plate is ideal for analyzing hard inflexible solid materials without risking damage to the crystal. Baseplate included.

The Gateway^™ Controller for the ATR Trough Top Plate is a dedicated temperature controller for the ATR Trough ZnSe Top Plate (L1272331). This unit comes with a main power cable (UK) and an instruction manual.

The Golden Gate^™ ATR is a high performance single reflection monolithic diamond ATR. It features a Type IIIA diamond ATR element metal-bonded into a tungsten carbide mount to provide outstanding durability and exceptional chemical resistance. It ships standard with a bridge, clamp, and anvil assembly which has a maximum sample load capability of 72.5 kg.

The Gateway HATR Trough Top Plate is a horizontal trough plate with a dedicated temperature controller (110 V, 60 HZ). It has a removable zinc selenide (ZnSe) crystal. This plate can be heated to a maxium of 200°C and is compatible with Spectrum Two spectrometers and ATR accessories.

The Gateway HATR Trough Top Plate is a horizontal trough plate with a dedicated temperature controller (220 V EUR). It has a removable zinc selenide (ZnSe) crystal. This plate can be heated to a maxium of 200°C and is compatible with Spectrum Two spectrometers and ATR accessories.

The HATR Trough Top Plate has a germanium (Ge) crystal set at a 45° angle. This plate is compatible with Spectrum Two and Spectrum 3/Frontier spectrometers.

The HATR Trough Top Plate has a zinc selenide (ZnSe) crystal set at a 45° angle. This plate is compatible with Spectrum Two and Spectrum 3/Frontier spectrometers.

The Gateway ATR Water Heated/Cooled Trough Top Plate has a zinc selenide (ZnSe) crystal set at a 45° angle. Samples are heated or cooled by the temperature of the water circulating through the plate. This trough plate is compatible with Spectrum Two and Spectrum 3/Frontier spectrometers.

The Gateway ATR Thermocirculating Flow-Through Top Plate has a zinc selenide (ZnSe) crystal set at a 45° angle and a volume of 550 µL. Samples can be heated via the temperature of the water or oil circulating through the plate. This top plate is compatible with Spectrum Two and Spectrum 3/Frontier spectrometers.

The Gateway ATR Flow-Through Top Plate has a zinc selenide (ZnSe) crystal set at a 45° angle, a volume of 550 µL, and a sample flow rate of up to 60 p.s.i. This top plate is compatible with Spectrum Two and Spectrum 3/Frontier spectrometers.

The Gateway ATR Flat Top Plate has a germanium (Ge) crystal set at a 45° angle. This top plate is compatible with Spectrum Two and Spectrum 3/Frontier spectrometers.

The Gateway HATR Trough Top Plate is a horizontal trough top plate with a dedicated temperature controller (220 V UK). It has a removable zinc selenide (ZnSe) crystal. This plate can be heated to a maxium of 200°C and is compatible with Spectrum Two spectrometers and ATR accessories.

The Liquids Retainer works with the Top Plate Cover for Volatile Samples (L1272320). The liquids retainer provides a trough plate configuration for the analysis of liquids while the top plate cover reduces evaporation of the sample. This assembly requires the High Pressure Clamp.

The Top Plate Cover for Volatile Samples reduces the amount of evaporation that highly-volatile liquid samples can sustain on the surface of ATR top plates.

Multiple reflection ATR with 10 reflections includes interchangeable crystal configurations including ZnSe, Ge, AMTIR, KRS-5, and Si.

The MIRacle^™ ATR Ge Crystal Plate is an optional configuration for the Miracle ATR Accessory. This top plate is made of stainless steel with a germanium performance crystal. It is ideal for temperature-controlled general purpose ATR analysis of carbon-filled or rubber materials. It is a resistively heated plate and requires a temperature control module. This plate can be heated to a maxium of 130°C. An accessory baseplate is required.