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Gas Cell
Oxygen 20 meter long optical path gas compact absorption cell (700-800nm)
Application of oxygen gas long path gas absorption cell for spectral analysis and detection of oxygen gas. The main body adopts Herriot Gas Cell with excellent optical stability, and the auxiliary and highly stable optical packaging structure mainly consists of gas chamber cavity, concave reflector, standard fiber optic connector, photodetector, gas inlet and outlet, and shockproof base. The unique suspension road design has excellent vibration and temperature stability, and can work in various complex environments, making it very suitable for real-time detection of gas lines. It has ultra-low system noise and can be applied to trace gas analysis.
20 meter long optical path gas compact absorption cell (1310-1670nm)
Long path gas absorption cells are used for spectral analysis and detection of various gases. Mainly using Herriot Gas Cells with excellent optical stability, auxiliary and highly stable optical packaging structures, mainly composed of gas chamber cavities, concave mirrors, standard fiber optic connectors, power detectors, gas inlets and outlets, and shock-absorbing bases. The unique suspension path design has excellent vibration and temperature stability, making it suitable for real-time gas line detection in various complex environments. It has ultra-low system noise and can be applied to trace gas analysis.
20 meter long optical path mid infrared gas absorption cell (1960~2370nm)
The 20 meter long optical path gas absorption cell can be used for spectral analysis and detection, mainly using Herriot gas chamber structure, as well as stable optical packaging structure, mainly including gas chamber cavity, concave reflector, standard fiber optic joint, shockproof base, and gas inlet and outlet. The unique suspension path design ensures the vibration and temperature stability of the gas chamber, and enables real-time monitoring of gas absorption lines in various complex environments. Featuring ultra-low system noise, convenient for trace gas analysis.
3-meter long optical path gas absorption cell 750-3000nm
According to the Tunable Semiconductor Laser Absorption Spectroscopy (TDLAS) technique, a Herriott cell concave reflector is used to construct a multi cavity long path gas cell. The reflector lens is coated with high-quality gold, silver, and protective layer coatings, which have high reflectivity. The compact design provides a relatively long absorption path, and the high-precision optical cavity gas pool is made of high-quality corrosion-resistant materials, suitable for industrial product application development, high-sensitivity gas analysis, major universities, scientific research, online environmental monitoring, etc. Can be directly installed with standard light source collimator, interface M11X0.5 thread. No need to add mirrors or adapters to adjust the light, it is particularly convenient to use.
Product PN# product name Other parameters
3L 3m long optical path gas absorption cell Add Inquiry
40 meter long optical path gas absorption cell 1300-1700nm
The 40 meter long optical path gas absorption cell of Xiaoxiao Photon adopts an all fiber structure design. Fiber optic input and output units are used for spectral analysis and detection of various gases. The optical structure of the gas absorption cell adopts independently recognized technology design, with excellent optical stability, auxiliary and high stability optical packaging structure, mainly composed of gas chamber, reflector, standard fiber connector, gas inlet and outlet, shock absorber seat, etc. The unique suspended optical path design of TE has excellent vibration and temperature stability, and can work stably in various complex environments, making it very suitable for online real-time detection of various gases. The system has low noise and can be used for trace gas analysis.
Product PN# product name Other parameters
PL-40-S3-AR6-FSA 40m long optical path gas absorption cell Add Inquiry
15 meter long optical path gas absorption cell 750-3000nm
文档 图片 215/1000 实时翻译 According to the Tunable Semiconductor Laser Absorption Spectroscopy (TDLAS) technique, a Herriott cell concave reflector is used to construct a multi cavity long path gas cell. The reflector lens is coated with high-quality gold, silver, and protective layer coatings, which have high reflectivity. The compact design provides a relatively long absorption path, and the high-precision optical cavity gas pool is made of high-quality corrosion-resistant materials, suitable for industrial product application development, high-sensitivity gas analysis, major universities, scientific research, online environmental monitoring, etc. Can be directly installed with standard light source collimator, interface M11X0.5 thread. No need to add mirrors or adapters to adjust the light, it is very convenient to use.
Product PN# product name Other parameters
HT-15L 15m long optical path gas absorption cell Add Inquiry
10 meter optical path medium infrared miniaturized gas chamber 1960-2400nm
10 meter optical path ultra small gas absorption cell 1500-1700nm
The 10 meter light inlet and outlet gas absorption cell is applied for various gas spectral analysis and detection. The optical path structure of the gas chamber adopts the SlimBoss Gas Cell, which is independently recognized in technology and has excellent optical stability, as well as an auxiliary and highly stable optical packaging structure. It mainly consists of the gas chamber cavity, reflector, standard fiber optic connector, gas inlet and outlet, and shockproof base. The unique suspended optical path design of TE has excellent vibration and temperature stability, and can work stably in various complex environments, making it very suitable for real-time online detection of various gases. Has low system noise and can be applied to trace gas analysis.
Diffuse laser collimator gas chamber 1370/1550/1650nm
Xiaoxiao Photon's collimator gas chamber products have optical properties such as mini size, low loss, and low polarization related loss, which make them widely used in various fiber optic gas sensing and detection systems. At the same time, we can also conveniently provide various customized product types such as working distance and external dimensions for customers.
30 meter long optical path gas absorption cell 2-10um
According to the Tunable Semiconductor Laser Absorption Spectroscopy (TDLAS) technique, a multi cavity long path gas cell is constructed using Herriott cell concave reflectors. The reflectors are coated with high-quality gold, silver, and protective layers, resulting in high reflectivity. The compact design provides a relatively long absorption path, and the high-precision optical cavity gas pool is made of high-quality corrosion-resistant materials. Depending on the detection form, it can be used in two types: closed and open, for the detection and analysis of various gas concentrations. Standard light source collimation parts can be directly installed without the need for additional mirrors or adapter adjustment components to align the light, making it particularly convenient to use. The product is suitable for industrial product application development, high-sensitivity gas analysis, major universities, scientific research, online environmental monitoring, etc.
Isotope Rubidium 85 Reference Cell (diameter 22.68mm, length 71.2mm)
These flame sealed batteries contain a small amount of solid under vacuum, with a chemical purity of>98% and isotopic purity of rubidium 85 (85Rb). The concentration of rubidium in the gas phase can be controlled by heating the battery or cooling the tip rod. The working temperature is usually between 20-80 ° C. Rubidium has intermittent strong absorption lines and is used for calibrating tunable lasers and wavelength meters in the range of 6540-48300 cm-1 (207-1529nm). They can also stabilize the laser frequency by locking onto a single strong absorption line. The quartz pool body is cylindrical in shape; Outer diameter 22.68mm; Length 71.2mm. The pointed stem is centered around the cell and protrudes no more than 10mm from the cell body. The window forms an angle of 11 ° with the normal direction and has a 2 ° internal wedge to prevent back reflection and standard instrument effects.
Mid infrared TDLAS nitrous oxide (N2O) ppm concentration analysis system 4.56um
TDLAS (Tunable Diode Laser Absorption Spectroscopy) is a new gas detection method developed by combining a diode laser with a long path absorption cell, which uses laser wavelength modulation to pass through the characteristic absorption region of the measured gas. The spectrum of the semiconductor laser source used in TDLAS technology has a width much smaller than the broadening of gas absorption lines, resulting in a single line absorption spectrum. Therefore, TDLAS technology is a high-resolution absorption spectroscopy technique. Nitrous oxide, also known as laughing gas, is an inorganic substance with the chemical formula N2O. It is a hazardous chemical that is colorless and sweet smelling. It is an oxidant that can support combustion under certain conditions, but is stable at room temperature. It has a slight anesthetic effect and can make people laugh. Laughing gas entering the bloodstream can cause hypoxia in the body, and long-term consumption may lead to high blood pressure, fainting, and even heart attacks.