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 Description

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. As Tinsa Gaz, we supply Pure Nitrogen at High Purity standards from our advanced filling plants, complying with the most rigorous industrial norms.

Key Features

  • High Purity standards with advanced filling technology
  • Prevention of unwanted oxidation, combustion, and deterioration
  • Clean, oxidation-free surface quality in laser cutting

Usage Areas

Purging & Blanketing for Fire/Explosion Safety
Food Packaging & Preservation (MAP to extend shelf life)
Laser Cutting Technologies (Oxidation-free stainless steel cutting)
Electronics & Heat Treatment (Wave soldering, semiconductor mfg)

Supply and Storage Models

1. High-Pressure Pure Nitrogen Cylinders

Ideal for workshops with intermittent consumption cycles, mobile field operations, and food packaging units. Single nitrogen cylinders are delivered at 150 to 230 bar working pressure, ensuring gas purity is maintained.

2. Manifold Cylinder Packs & Pallets (Bundle)

Developed for laser cutting centers, large food processing plants, and continuous chemical production lines requiring high volumes. Tinsa Gaz standardizes nitrogen bundle systems at 230 bar to ensure operational continuity. The 230 bar pressure minimizes cylinder changeover frequency, saving labor and time.

Safety Standard

Technical Warning and Safety Standard: Nitrogen is not toxic or flammable; however, leaks in confined spaces cannot be detected by human senses. Nitrogen accumulation displaces oxygen, creating a sudden suffocation (asphyxiation) risk. Oxygen monitors and active ventilation are vital in areas where pure nitrogen is stored or heavily used.

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