The Storm 10 cm Gas Cell is designed for routine infrared spectroscopic analysis of gases and vapors at room temperature, low pressures, and static or flow conditions. It features a fixed 10 cm optical pathlength and a 38 mm clear aperture, compatible with standard optical spectrometers via a 3″ by 2″ slide mount.
The cell is available in Pyrex™ and stainless steel versions. Window materials can be selected from NaCl, KBr, CaF2, BaF2, ZnSe, or fused silica to suit specific infrared transmission requirements. The Pyrex version uses Pyrex™ and PTFE taps, whereas the stainless steel model employs vacuum stopcocks with stainless steel and Viton® seals for chemical resistance and durability.
A heated stainless steel variant is offered to operate from ambient temperature up to 250°C, supporting spectroscopic studies of vapors or gases in both vacuum and atmospheric conditions (up to 1 bar). This heated cell integrates a low voltage (30 V) heating system with programmable temperature control and optional RS232/RS485/USB interface, and includes a thermocouple for precise temperature monitoring. It can be configured for flow mode using stainless steel flow tubes, replacing the injection septum port.
The Storm 10 cm Gas Cell is designed for routine infrared spectroscopic analysis of gases and vapors at room temperature, low pressures, and static or flow conditions. It features a fixed 10 cm optical pathlength and a 38 mm clear aperture, compatible with standard optical spectrometers via a 3″ by 2″ slide mount.
The cell is available in Pyrex™ and stainless steel versions. Window materials can be selected from NaCl, KBr, CaF2, BaF2, ZnSe, or fused silica to suit specific infrared transmission requirements. The Pyrex version uses Pyrex™ and PTFE taps, whereas the stainless steel model employs vacuum stopcocks with stainless steel and Viton® seals for chemical resistance and durability.
A heated stainless steel variant is offered to operate from ambient temperature up to 250°C, supporting spectroscopic studies of vapors or gases in both vacuum and atmospheric conditions (up to 1 bar). This heated cell integrates a low voltage (30 V) heating system with programmable temperature control and optional RS232/RS485/USB interface, and includes a thermocouple for precise temperature monitoring. It can be configured for flow mode using stainless steel flow tubes, replacing the injection septum port.
