Argon gas purifier
Argon gas purifier for Spark Spectrometer and ICP-OES Spectrometer-Argon gas purifier

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Knowledge of argon gas purifier

What is Argon gas Purifier?

Argon gas Purifier is a kind of equipment used to purify argon, its main function is to remove impurities in argon, so that the gas reaches a certain purity requirements. Argon purifier is widely used in metallurgy, chemical industry, electronics, medicine, food and other industries, which is one of the important equipment to ensure the quality and safety of production.

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The argon gas purification machine is a product manufactured by the combined technology of physical adsorption and chemical reaction to filter argon, which has the function of purifying ordinary purity argon to high-purity argon (high-purity argon refers to argon with a purity greater than 99.999%). It is widely used in supporting direct-reading spectrometers and metallurgy, semiconductors and other aspects that require high-purity argon as protection to improve the purity of argon and ensure the normal operation of the instrument and the requirements of the production process.

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The structure of argon gas purifier is mainly composed of air inlet, air outlet, adsorbent layer, heater, cooler and so on. The argon gas enters the gas purifier from the air inlet, is adsorbed by the adsorbent layer, removes the impurities and, and then is discharged from the air outlet. The function of the heater and cooler is to control the temperature of the gas to make the adsorption effect of the adsorbent better. The use of the gas purifier is very simple, just need to purify the gas through the inlet input, and then from the outlet output. During use, the adsorbent needs to be replaced regularly to ensure the purification effect of the gas purifier.

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Argon gas purifier is mainly composed of deoxidizer and molecular sieve, etc. Argon purifier is mainly used in direct reading spectrometer, high-purity aluminum production, semiconductor technology and other fields or scenarios. The use of argon purifier in the direct-reading spectrometer scene can prevent the accuracy of the analysis results of the direct-reading spectrometer from being affected by impure argon, and can prevent the purity of high-purity aluminum from not meeting the requirements in the high-purity aluminum production scene.

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