Industrial Gases

Our industrial gases are produced according to international standards, providing high efficiency and quality in your industrial processes.

Industrial Gases

Oxygen Gas (O₂)

Oxygen (O₂), one of the most fundamental and indispensable components of industrial production, is a colorless, odorless, and tasteless gas comprising approximately 21% of the atmosphere. However, high efficiency, precision, and safety standards in industrial applications mandate the use of gas at a much higher purity than atmospheric oxygen.

✓Production in accordance with national industry norms
✓Technical Information on Product Purity and Gas Flow
✓Cylinders tested for tightness and safety

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Industrial Gases

Argon Gas (Ar)

Argon (Ar) is a colorless, odorless, and extremely stable (inert) noble gas comprising approximately 0.93% of the atmosphere. This absolute inertness to chemical reactions makes argon gas a perfect 'protective shield' in industrial manufacturing processes.

✓High purity protection
✓Welding Quality and Gas Selection
✓Flawless welding arc and molten metal protection

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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.

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

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Industrial Gases

Carbon Dioxide Gas (CO₂)

Carbon Dioxide (CO₂) plays critical roles across industrial manufacturing, food processing, entertainment, and fire safety. Composed of one carbon and two oxygen atoms, it is a colorless and odorless gas that exists as a mixture of liquid and gas phases inside high-pressure cylinders.

✓Filling Quantity and Net Weight Information (kg)
✓Deep penetration shielding in gas-metal arc welding
✓Excellent fire extinguishing property due to oxygen displacement

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Industrial Gases

Pure Nitrogen Gas (N₂)

Nitrogen (N₂), representing approximately 78% of our atmosphere, is a colorless, odorless, and tasteless inert gas that serves as a cornerstone of safety and product preservation in the industrial world. Its outstanding resistance to chemical reactions (inertness) creates a protective atmosphere, preventing oxidation and combustion.

✓Product Purity and Technical Documentation
✓Prevention of unwanted oxidation, combustion, and deterioration
✓Clean, oxidation-free surface quality in laser cutting

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Industrial Gases

Acetylene Gas (C₂H₂)

Acetylene (C₂H₂), the indispensable fuel gas for high-temperature and heat-focused processes in industrial production, is a colorless, hydrocarbon compound with a distinctive garlic-like odor. It possesses the highest flame temperature and flame speed among all fuel gases.

✓Highest flame temperature reaching 3160°C when combined with pure oxygen
✓Porous mass and acetone solution for safe cylinder storage
✓Filling Quantity and Net Weight Information (kg)

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Industrial Gases

Helium Gas (He)

Helium (He) is a lightweight, chemically very stable and non-flammable noble gas. It may be used in laboratories, industrial production, leak testing and suitable welding applications. Purity grades and supply options should be assessed according to the intended use.

✓Completely non-flammable and light noble gas structure
✓Liquid helium cooling power (-269°C) for superconducting MRI devices
✓Precise leak testing capability with extremely small atomic diameter

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Industrial Gases

Hydrogen Gas (H₂)

Hydrogen (H₂), the lightest, most fundamental, and highest energy-to-weight element in the universe, is a colorless, odorless, and tasteless diatomic gas. It plays a leading role in critical industrial processes due to its high thermal conductivity, strong reducing properties, and clean-burning characteristics.

✓Strong reducing atmosphere that binds oxygen in heat treatment
✓Extremely clean combustion for glass and quartz fabrication using oxy-hydrogen
✓High thermal conductivity for generator rotor cooling efficiency

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Industrial Gases

Ammonia (NH₃)

Ammonia liquefied under pressure for industrial refrigeration (R717), flue gas NOx removal and metal heat treatment.

✓R717 for industrial refrigeration systems
✓NOx removal with SCR/SNCR
✓High purity grades 3.8 and 4.5

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