Argon-Helium Mix — Advanced Shielding and Process Gas for High-Temperature Applications
Argon-Helium Mix (Ar-He) from REAL GAZ is a high-performance, certified gas blend engineered to deliver optimal protection, stability, and efficiency in welding, metal fabrication, aerospace, and heat-intensive industrial processes.
Combining the inert shielding properties of Argon (Ar) with the exceptional thermal conductivity of Helium (He), this mixture provides superior arc performance, deeper penetration, and cleaner welds — even in the most demanding environments.
Combining the inert shielding properties of Argon (Ar) with the exceptional thermal conductivity of Helium (He), this mixture provides superior arc performance, deeper penetration, and cleaner welds — even in the most demanding environments.
⚙️ Industrial and Technical Applications
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🔩 Welding and Metal Fabrication — enhances arc stability, improves weld pool control, and increases penetration depth in TIG and MIG welding of stainless steel, aluminum, titanium, and copper alloys;
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🏭 Aerospace and Automotive Manufacturing — ensures precise, high-strength welds for critical components exposed to temperature fluctuations and mechanical stress;
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⚡ High-Temperature and Plasma Processes — used as a shielding and plasma gas for cutting, brazing, and additive manufacturing, providing efficient heat transfer and protection from oxidation;
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🧊 Cryogenics and Thermal Systems — used as a purging gas or cooling medium where temperature stability and inertness are essential;
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🔬 Laboratories and Research Facilities — applied in material testing, spectroscopy, and process simulations requiring controlled inert atmospheres.
🔬 Benefits of Argon-Helium Mixtures
The unique combination of Argon and Helium provides a balance between arc stability, heat input, and weld quality.
While Argon ensures excellent arc control and smooth metal transfer, Helium significantly increases arc temperature and penetration — resulting in strong, clean, and defect-free welds.
REAL GAZ produces a range of custom Ar-He mixtures with different helium concentrations (typically from 25% to 75% He) to meet specific welding and process requirements.
While Argon ensures excellent arc control and smooth metal transfer, Helium significantly increases arc temperature and penetration — resulting in strong, clean, and defect-free welds.
REAL GAZ produces a range of custom Ar-He mixtures with different helium concentrations (typically from 25% to 75% He) to meet specific welding and process requirements.
⚗️ Certified Quality and Laboratory Verification
All Argon-Helium Mixes produced by REAL GAZ are tested and certified in our ISO 17025-accredited analytical laboratory.
Each batch is analyzed using gas chromatography, FTIR spectroscopy, and thermal conductivity measurement, ensuring precise composition and consistent performance.
Every cylinder is delivered with a Certificate of Analysis (CoA) confirming gas ratios, purity, stability period, and traceability to ISO 6142, EN ISO 14175, and NIST reference standards.
Each batch is analyzed using gas chromatography, FTIR spectroscopy, and thermal conductivity measurement, ensuring precise composition and consistent performance.
Every cylinder is delivered with a Certificate of Analysis (CoA) confirming gas ratios, purity, stability period, and traceability to ISO 6142, EN ISO 14175, and NIST reference standards.
REAL GAZ guarantees high-purity components, advanced blending control, and strict quality assurance at every production stage.
Our Argon-Helium mixtures are trusted by industrial manufacturers, research laboratories, and welding specialists across Azerbaijan and international markets.
Our Argon-Helium mixtures are trusted by industrial manufacturers, research laboratories, and welding specialists across Azerbaijan and international markets.
Whether used for aerospace components, precision welding, or thermal process control, the Argon-Helium Mix delivers unmatched performance, safety, and certified reliability.
REAL GAZ — precision gases for advanced welding and industrial innovation.