Industrial Gases

Mixture Gases (MIG/MAG Welding Gases)

In industrial fabrication, selecting the correct shielding gas determines weld quality, speed, and mechanical strength. Mixture Gases, commonly called 'welding gases', are high-performance technological mixtures of two or more gases (typically Argon and Carbon Dioxide) at stable ratios.

Product Description

In industrial fabrication, selecting the correct shielding gas determines weld quality, speed, and mechanical strength. Mixture Gases, commonly called 'welding gases', are high-performance technological mixtures of two or more gases (typically Argon and Carbon Dioxide) at stable ratios. As Tinsa Gaz, we fill and supply welding mixture gases stabilized to precise ratios in compliance with international standards.

Key Features

  • ✓Minimal spatter and zero post-weld cleanup labor
  • ✓Excellent penetration and arc stability
  • ✓Optimized production speed and weld wire consumption

Usage Areas

MIG/MAG (Gas Metal Arc) Welding Methods
Welding of Structural & General Fabrication Steels
Joining Thin and Medium Sheet Metals
Spray Arc Transfer in Welding Thick Parts

Supply and Storage Models

1. High-Pressure Mixture Gas Cylinders

Cylinder and packaging options for gas mixtures are assessed according to gas composition, intended use and equipment requirements. Mixing ratios, working pressure, cylinder and valve suitability, and available technical documentation should be verified for each product.

2. Manifold Cylinder Packs & Pallets (Bundle)

Pallet and manifold options may be considered for gas mixtures used in high-consumption gas-shielded welding applications. Suitable pressure, flow rate, and backup requirements should be determined according to the gas mixture and the facility's technical conditions.

Safety Standard

Technical Notice: Gas mixture composition, stability and handling requirements should be assessed according to the product specifications and available analysis documentation. Uniform mixture composition throughout cylinder use should not be assumed without product-specific verification.

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