These cells are suitable for use with Specac’s range of heated cell holders: the Variable Temperature cell holder, the Electrical Heating Jacket, and the Water Heating jacket. They are demountable and come in static or flow configurations, suitable for a temperature range from +250 to -190 °C. They can also be used standalone with a slide mount attachment.
Designed to be heated or cooled These stainless-steel cells are suitable for heating to 250 °C or cooling to -70 °C (liquid cells) or -190 °C (solids cells). They feature a small port for attachment of a measuring thermocouple (not included).
Flow cell configurations Can be fitted with Swagelok connections for use with sample pumping systems. This is useful where a continuous recycling of samples and cleaning solvents is required.
Choice of demountable window sets Demountable windows allow for flexibility of pathlength and may be disassembled to clean difficult samples.
Extensive selection of materials Our range of windows cover spectral ranges from the near-IR through to THz frequencies.
These cells are suitable for use with Specac’s range of heated cell holders: the Variable Temperature cell holder, the Electrical Heating Jacket, and the Water Heating jacket. They are demountable and come in static or flow configurations, suitable for a temperature range from +250 to -190 °C. They can also be used standalone with a slide mount attachment.
Designed to be heated or cooled These stainless-steel cells are suitable for heating to 250 °C or cooling to -70 °C (liquid cells) or -190 °C (solids cells). They feature a small port for attachment of a measuring thermocouple (not included).
Flow cell configurations Can be fitted with Swagelok connections for use with sample pumping systems. This is useful where a continuous recycling of samples and cleaning solvents is required.
Choice of demountable window sets Demountable windows allow for flexibility of pathlength and may be disassembled to clean difficult samples.
Extensive selection of materials Our range of windows cover spectral ranges from the near-IR through to THz frequencies.
