Calibration Gas Mixtures

• Uses: Calibrating gas detectors, analyzers, and environmental monitoring equipment.

• Typical Composition: CO (0.1–10%), SO₂ (0.5–5%), or NO₂ (1–5%) balanced in nitrogen or air.

• Ensures accurate readings for industrial and safety compliance.

Welding Gas Mixtures

• Uses: Enhance welding quality and efficiency.

• Typical Composition: Argon (80–98%) mixed with CO₂ (2–20%) or helium (up to 50%) for specific processes.

• Improves arc stability and minimizes spatter during MIG and TIG welding.

Laser Gas Mixtures

• Uses: Laser cutting, engraving, and precision marking.

• Typical Composition: CO₂ (70–85%), helium (10–20%), and nitrogen (5–10%).

• Ensures consistent power output for high-precision industrial tasks.

Breathing Gas Mixtures

• Uses: Medical, diving, and firefighting applications.

• Typical Composition: Heliox (20–40% oxygen, 60–80% helium) or Nitrox (32–36% oxygen, balanced nitrogen).

• Facilitates safe breathing under specific conditions like deep-sea diving or medical treatments.

Refrigeration Gas Mixtures

• Uses: Industrial cooling systems.

• Typical Composition: Custom ratios of hydrocarbons or other gases like CO₂ and nitrogen.

• Offers efficient cooling with reduced environmental impact.

Research and Development Gas Mixtures

• Uses: Laboratories and testing facilities.

• Typical Composition: Hydrogen-nitrogen blends (H₂ up to 5%, N₂ 95–99%) or other gases based on experimental needs.

• Provides controlled environments for precise research outcomes.

Heat Treatment Gas Mixtures

• Uses: Annealing, carburizing, and sintering in metal processing.

• Typical Composition: Hydrogen (10–50%) mixed with nitrogen (50–90%).

• Improves surface properties and structural integrity of metals.

Food-Grade Gas Mixtures

• Uses: Modified Atmosphere Packaging (MAP) for food preservation.

• Typical Composition: CO₂ (20–70%), nitrogen (30–80%), or oxygen (up to 30%) based on the food type.

• Extends shelf life and maintains product freshness.

Shielding Gas Mixtures

• Uses: Used in welding processes to protect molten metal from atmospheric contamination.

• Typical Composition: Argon (70–95%) mixed with CO₂ (5–25%) or oxygen (1–5%), depending on the application.

• Benefits: Improves weld quality, reduces spatter, and ensures a stable arc for both manual and automated welding processes.