Fiber Optics

UV-vis ACCESSORIES

 

Routine / Economical

Cricket™ Reflection Accessories

Cricket™ Reflection Accessories

Harrick's Cricket™ is excellent for routine diffuse reflectance (DRIFTS) measurements of powders and other solid samples in quality control environments and research laboratories. Its design follows the Harrick tradition of true diffuse reflectance accessories for FT-IR and UV-Vis spectroscopy

FiberMate2™ Fiber Optic Coupler

FiberMate2™ Fiber Optic Coupler

The FiberMate2™ links your FT-IR or UV-Vis spectrometer to fiber optic probes. Equipped with large ellipsoidal mirrors, the FiberMate2™ efficiently transmits the UV-Vis or FTIR beam of the spectrometer through the fiber optic probe. The FiberMate2™ utilizes all reflective optics, optimizing the wavelength range of the fiber optic probe employed. FiberMate2™ comes with two SMA connectors for easy installation of the fiber optic probe and it is equipped with PermaPurge™ to maintain

Omni-Diff™ Diffuse Reflection Probe

Omni-Diff™ Diffuse Reflection Probe

The Omni-Diff™ diffuse reflectance probe interfaces to virtually any spectrometer via fiber optics. This compact accessory is equipped with input and output SMA connectors that readily attached to a fiber optic coupler, like the Harrick FiberMate2. It is ideal for diffuse reflectance analysis of samples up to 1.5 meters away from the spectrometer. The Omni-Diff™ measures the radiation diffusely reflected from the sample, deflecting the specular component away from the collection optics

 

 

High Performance

Praying Mantis™ Diffuse Reflection

Praying Mantis™ Diffuse Reflection

The Praying Mantis™ was the first generally available diffuse reflection (DRIFTS) attachment and remains the forerunner in the field. It is a highly efficient diffuse collection system that minimizes the detection of the specular component. Ellipsoids pivot to provide easy access to the sampling area and incorporates to 6:1, 90° off-axis ellipsoids which form a highly efficient diffuse reflection illumination and collection system

High Temperature Reaction Chambers

High Temperature Reaction Chambers

The Praying Mantis™ High Temp. Reaction Chamber is particularly effective for powders that have high surface areas. This makes diffuse reflectance a valuable tool for studying heterogeneous catalysis, gas-solid interactions, photochemical reactions, and oxidation mechanisms. This High Temperature Reaction Chamber is well suited for performing such studies under carefully controlled temperatures and pressures. High Temp

Low Temperature Reaction Chambers

Low Temperature Reaction Chambers

Diffuse reflection spectroscopy is a very sensitive method for detecting changes at the surfaces of rough materials. It is particularly effective for powders that have high surface areas. This makes diffuse reflectance invaluable for studies of heterogeneous catalysis, gas-solid interactions, photochemical reactions, and oxidation mechanisms. This Low Temperature Reaction Chamber is well suited for performing such studies under carefully variable temperatures and pressures

 

 

Variable Temperature or Pressure Cells

Praying Mantis™ Diffuse Reflection

Praying Mantis™ Diffuse Reflection

The Praying Mantis™ was the first generally available diffuse reflection (DRIFTS) attachment and remains the forerunner in the field. It is a highly efficient diffuse collection system that minimizes the detection of the specular component. Ellipsoids pivot to provide easy access to the sampling area and incorporates to 6:1, 90° off-axis ellipsoids which form a highly efficient diffuse reflection illumination and collection system

High Temperature Reaction Chambers

High Temperature Reaction Chambers

The Praying Mantis™ High Temp. Reaction Chamber is particularly effective for powders that have high surface areas. This makes diffuse reflectance a valuable tool for studying heterogeneous catalysis, gas-solid interactions, photochemical reactions, and oxidation mechanisms. This High Temperature Reaction Chamber is well suited for performing such studies under carefully controlled temperatures and pressures. High Temp

Low Temperature Reaction Chambers

Low Temperature Reaction Chambers

Diffuse reflection spectroscopy is a very sensitive method for detecting changes at the surfaces of rough materials. It is particularly effective for powders that have high surface areas. This makes diffuse reflectance invaluable for studies of heterogeneous catalysis, gas-solid interactions, photochemical reactions, and oxidation mechanisms. This Low Temperature Reaction Chamber is well suited for performing such studies under carefully variable temperatures and pressures

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