High Purity Argon — Certified Argon Gas for Analytical, Industrial, and Research Applications
High Purity Argon is an inert noble gas designed for applications that require chemically stable atmospheres, extremely low impurity levels, and consistent performance. Due to its non-reactive nature, argon (Ar) is essential in analytical measurements, laboratory research, and precision industrial processes where contamination must be minimized.
High Purity Argon supplied by REAL GAZ is produced under strictly controlled conditions to ensure verified purity, low moisture content, and long-term stability. The gas is suitable for use as a pure product or as a component in certified gas mixtures for calibration, testing, and specialized process environments.
🔬 Analytical and Laboratory Applications
High Purity Argon is widely used in analytical laboratories as a carrier, purge, or plasma gas. It is applied in gas chromatography, ICP-OES, ICP-MS, and other analytical systems where stable, inert conditions are required for accurate and reproducible measurements.
High Purity Argon is widely used in analytical laboratories as a carrier, purge, or plasma gas. It is applied in gas chromatography, ICP-OES, ICP-MS, and other analytical systems where stable, inert conditions are required for accurate and reproducible measurements.
🧪 Research and Scientific Use
In research institutions, high purity argon is used in material science studies, surface analysis, spectroscopy, and controlled experimental setups. Its inert properties ensure reliable results in sensitive scientific investigations.
In research institutions, high purity argon is used in material science studies, surface analysis, spectroscopy, and controlled experimental setups. Its inert properties ensure reliable results in sensitive scientific investigations.
⚙️ Precision Industrial Processes
High Purity Argon is applied in industrial environments requiring controlled atmospheres, such as welding, metal fabrication, additive manufacturing, and heat treatment. It protects materials from oxidation and supports consistent process quality.
High Purity Argon is applied in industrial environments requiring controlled atmospheres, such as welding, metal fabrication, additive manufacturing, and heat treatment. It protects materials from oxidation and supports consistent process quality.
🌱 Environmental and Technical Applications
Argon is used in environmental analysis and technical testing systems as a carrier or balance gas. High Purity Argon supports calibration of analytical instruments and validation of measurement systems.
Argon is used in environmental analysis and technical testing systems as a carrier or balance gas. High Purity Argon supports calibration of analytical instruments and validation of measurement systems.
🧬 Gas Supply and Custom Blending
High Purity Argon can be supplied as a standalone gas or blended with other gases such as helium, nitrogen, hydrogen, or oxygen to meet specific technical requirements. Available purity grades support both analytical calibration and advanced industrial use.
High Purity Argon can be supplied as a standalone gas or blended with other gases such as helium, nitrogen, hydrogen, or oxygen to meet specific technical requirements. Available purity grades support both analytical calibration and advanced industrial use.
🛡️ Quality Assurance and Verification
All High Purity Argon supplied by REAL GAZ undergoes analytical verification prior to delivery. Gas composition is confirmed using certified analytical methods, and each cylinder is leak-tested and inspected to ensure safety, stability, and compliance with international quality standards.
All High Purity Argon supplied by REAL GAZ undergoes analytical verification prior to delivery. Gas composition is confirmed using certified analytical methods, and each cylinder is leak-tested and inspected to ensure safety, stability, and compliance with international quality standards.
High Purity Argon is engineered for applications where inertness, certified purity, and dependable performance are critical.