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Laser & TIG Welding

N₂ shield gas prevents oxidation on stainless steel, aluminum, and titanium. Eliminates post-weld cleaning, increases welding speed, and reduces gas costs by 50–70%.

N₂ 99.99%+

Why Nitrogen for Welding?

Shield Gas Excellence

N₂ displaces oxygen at the weld puddle, preventing oxide formation on stainless steel, aluminum, and titanium. Results in cleaner, stronger welds with no discoloration.

Higher Travel Speeds

Nitrogen shielding enables 15–25% faster welding speeds compared to argon or mixed gases. Higher throughput per operator shift without compromising weld quality.

Lower Gas Costs

On-site N₂ generation: $0.15–0.25/Nm³ vs. $0.50+ for bottled argon or mixed gases. Payback typically 6–8 months for a dedicated welding station.

Consistent Purity

PSA nitrogen generators deliver ±0.1% purity stability. Built-in O₂ analyzer with real-time display ensures shield gas quality is always within spec.

How It Works

1

Compression

Air compressed to 0.8–1.0 MPa

2

Purification

Oil/water removal + drying

3

N₂ Generation

PSA separates N₂ at 99.99%+

4

Storage

Buffer tank for consistent flow

5

Delivery

N₂ piped to welding stations

Technical Specifications

ParameterValue
Purity99.99% – 99.999%
Flow Rate10–60 Nm³/h per station
Pressure6–10 bar (adjustable)
Power3–11 kW per station
Payback6–8 months
Savings50–70% vs. bottled gas

Common Applications

Automotive Parts

Exhaust systems, chassis, EV battery housings. Continuous N₂ for 8+ welding stations.

Metal Fabrication

Sheet metal enclosures, structural frames, pipe welding. Consistent purity eliminates rework.

Electronics

Thin-gauge stainless and aluminum enclosures. Precise heat input control with N₂.

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