Price of argon gas analyzer

NegotiableUpdate on 05/06

Model

Nature of the Manufacturer: Producers

Product Category

Place of Origin

Online Consult

Overview

The price of argon gas analyzer varies depending on the brand, model, configuration, and performance. An argon analyzer is an instrument used to analyze the composition of gases. Argon is an inert gas commonly used in protective atmospheres and welding. In order to ensure the efficiency and safety of industrial production processes, it is necessary to analyze argon.

Product Details

An argon analyzer is an instrument used to analyze the composition of gases. Argon is an inert gas commonly used in protective atmospheres and welding. In order to ensure the efficiency and safety of industrial production processes, it is necessary to analyze argon. Usually widely used in industries such as semiconductors, electronics, chemicals, aerospace, etc. Its main function is to ensure quality control in industrial production processes by detecting the content of various impurities in argon gas.

Its working principle is to use spectral analysis to place a gas sample in an electromagnetic field. When the sample is excited, atoms undergo energy level transitions, producing specific spectral lines. By measuring the intensity and wavelength of these spectral lines, the composition of the sample can be determined.

The price of argon gas analyzer varies depending on the brand, model, configuration, and performance. Generally speaking, the price of a regular argon analyzer ranges from several thousand to tens of thousands of yuan, while a good argon analyzer may cost over 200000 yuan.

Argon gas analyzer usually consists of sample processing, sample transmission, optical system, detector, signal amplifier, data acquisition and processing system, etc. The sample processing module is responsible for purifying and preprocessing the argon gas sample to ensure the accuracy and reliability of the test; The sample transfer module is responsible for transferring the processed argon gas sample to the optical system for testing; The optical system is the core component of an argon gas analyzer, which measures the content of various components in argon gas by absorbing light of different wavelengths according to the different components after entering the argon gas sample through laser or white light source irradiation; The detector is responsible for converting the signals detected in the optical system into electrical signals and sending them to the signal amplifier for amplification; The data acquisition and processing system is the output interface of the argon gas analyzer, used for processing, analyzing, and presenting the detection results.

In practical applications, argon gas analyzer is mainly used for measuring oxygen, water vapor, nitrogen and other components in argon gas. By detecting these key components, it is possible to determine whether argon gas meets the quality standards of industrial production, while also helping companies improve product quality and accuracy, and avoid production accidents and losses caused by argon impurities.

The application range of argon gas analyzer is very wide, mainly used for the analysis of purity, content and composition of argon gas in industrial production processes, as well as the analysis of gas characteristics in scientific research experiments and other fields. In industrial production, it is mainly used to detect the purity and content of argon gas in welding processes such as argon arc welding. Argon gas forms an inert protective layer on the metal surface during welding, preventing oxidation and corrosion, thereby improving welding quality and efficiency. Therefore, accurate control and analysis of the purity and content of argon gas are key to ensuring welding quality and production safety. In scientific research experiments, it is mainly used to analyze the characteristics and composition of gas samples, such as atmospheric composition, determination of helium argon ratio, and analysis of gas composition in lasers. These studies play a crucial role in promoting the development of science and technology and achieving applied basic research.

Characteristics of K6050 portable argon gas analyzer

U can detect multiple gases - including H2, CO2, Ar, and SF6

U can choose to measure O2

Durable and portable

U has fast preheating and quick response

Protection level IP67

Hatch's K6050 argon gas analyzer series accurately detects changes in a certain component in binary or quasi binary mixed gases (i.e., only one component in the mixed gas changes). The gases that can be detected include H2, CO2, Ar, He, as well as various halogenated hydrocarbons such as Freon. As long as the thermal conductivity of one component in the mixture is different from that of another component, thermal conductivity technology can be used to detect this component in the mixture. Depending on the gas being detected, the range can be from high ppm to 100%.

Use a lossless thermal conductivity sensor to detect the thermal conductivity of gas. This type of sensor has a high sensitivity, low heat capacity, and non attenuating component that does not require maintenance. To achieve accuracy and detection range that conventional thermal conductivity sensors cannot provide, there is a microprocessor inside that provides signal processing. Due to the inherent high stability of the system, instruments require almost or no maintenance.

The built-in sampling pump can draw sample gas from a low-pressure source or naturally draw sample gas. Use needle valves and flow indicators to control the sample gas flow through the analyzer.

It is powered by a sealed rechargeable battery, so it is truly portable. Rechargeable batteries can be used continuously for 6 hours. If prolonged use is required, the instrument panel can be connected to a battery charger. The entire instrument is placed inside a hard polyester waterproof casing and comes with a handle.

The large and high-definition LCD displays the detected concentration, as well as the information and prompts that appear when setting and calibrating the instrument using the menu.

In summary, argon gas analyzer is an important industrial testing equipment that can be widely used in industries such as semiconductor, electronics, chemical, aerospace, etc. Its price varies depending on the brand, model, configuration, and performance, but its basic components include sample processing, sample transmission, optical system, detector, signal amplifier, data acquisition and processing system, etc. Argon gas analyzer plays an important role in various fields, providing strong support for ensuring the quality and safety of industry and scientific research. With the continuous development of science and technology, the accuracy and reliability of argon gas analyzers will also continue to improve, contributing greater strength to the progress of human society.