Argon

99.9999% (6N) ultra-high purity argon

 Core product features

-Strong chemical inertness: The outermost electrons of argon atoms reach a stable structure and are not easily subjected to chemical reactions with other substances. It can effectively isolate active gases such as oxygen and nitrogen, providing a stable inert environment for the production process and avoiding material oxidation, nitriding, or contamination by other gases.

-High purity guarantee: Our argon products undergo multi-stage purification processes, and the purity can be divided into industrial grade (99.99%), pure argon grade (99.999%), high-purity argon grade (99.9999%), and ultra-high purity argon grade (99.99999%). They can be accurately matched according to customer needs to ensure performance stability in core application scenarios.

-Excellent physical properties: Argon is in a gaseous state at room temperature and pressure, with a low liquefaction temperature (-185.87 ℃), high latent heat of vaporization, and low thermal conductivity; Argon gas does not decompose or produce harmful substances in high temperature environments, making it an ideal protective gas, filling gas, and refrigeration medium.

-Reliable safety performance: Argon gas is non flammable, non explosive, non corrosive, and has no direct toxicity to the human body (but high concentrations can cause hypoxia and suffocation, and ventilation protection should be taken into account). The storage and transportation process is relatively safe and meets relevant national safety standards.

Main application areas

1. Industrial manufacturing field

Argon gas, as the core shielding gas, is widely used in welding and cutting processes, such as TIG welding and MIG welding for metal materials such as stainless steel, aluminum alloy, and titanium alloy. Argon gas can form a protective layer in the welding area, isolate air, prevent oxidation of the weld seam, improve weld strength and aesthetics, and is suitable for high-end manufacturing scenarios such as aerospace, automotive manufacturing, medical equipment, precision electronics, etc. In addition, in the metallurgical industry, argon gas can be used in the refining process of steelmaking and aluminum refining to remove impurities and improve metal purity; In glass manufacturing, a protective gas used in float glass production to prevent surface oxidation and improve glass flatness.

2. Research and laboratory fields

High purity argon gas is often used as an inert gas carrier in laboratories, as a carrier gas for instruments such as gas chromatography and mass spectrometry analysis, to ensure the accuracy of analysis results; In materials science research, argon gas provides an oxygen free and nitrogen free inert environment for metal material heat treatment, crystal growth and other experiments, avoiding contamination of experimental samples or chemical reactions; In the nuclear industry, argon gas is used for cooling and protection of reactors.

3. Lighting and electronics field

After mixing argon with other gases, it can be used to fill various gas discharge lamps, such as neon lights, fluorescent lights, high-pressure mercury lamps, etc. Argon gas can reduce the ionization voltage of the gas inside the lamp, improve luminous efficiency, and extend the service life of the lamp; In the electronics industry, argon gas is used for etching, deposition and other processes in semiconductor chip manufacturing, providing a clean and inert environment for chip production, preventing chip oxidation or contamination by impurities, and ensuring chip performance.

4. Medical and other fields

In the medical field, high-purity argon gas can be used for cryotherapy, utilizing its low-temperature vaporization characteristics to freeze and destroy lesion tissues, suitable for the treatment of skin diseases, colorectal diseases, etc; In the field of food processing, argon gas can be used as a filling gas for food preservation, isolating air, delaying food oxidation and deterioration, and extending shelf life; In addition, argon gas can also be used for the composition of breathing mixtures in deep-sea diving, regulating breathing pressure.

Product specifications and supply methods

Safe use and storage regulations

Reminder: Argon is an inert gas, but high concentration accumulation can cause hypoxia and suffocation. The following regulations must be strictly followed when using and storing:

-Argon gas should be stored in a cool and ventilated warehouse, away from sources of fire and heat, and should not be exposed to direct sunlight; Steel cylinders should be placed upright, securely fixed, and prevented from tipping over.

-The use of argon gas should be carried out in a well ventilated environment, and protective equipment such as masks and goggles should be worn if necessary; Avoid collision and knocking of steel cylinders, and strictly prohibit welding and arc ignition on steel cylinders.

-The valve of the steel cylinder should be slowly opened and promptly closed after use to prevent gas leakage; If there is a leak of argon gas, personnel should be evacuated immediately, ventilation should be provided, the source of the leak should be identified and dealt with.

-During transportation, steel cylinders need to be equipped with shock-absorbing rings, and it is strictly prohibited to mix and transport them with flammable, explosive, or corrosive substances.

Quality assurance and service commitment

We always put product quality first and have established a full process quality control system from raw material collection, purification and processing to finished product testing. Each batch of products is tested by a third-party authoritative organization to ensure that all indicators meet national and industry standards, and complete testing reports can be provided. 

Choosing our argon products means choosing safety, stability, and reliability. Looking forward to working together with you to provide high-quality gas solutions for your production and research endeavors!