Product Description
99.999% UHP Nitrogen Calibration Gas – 66L Refillable Aluminum Cylinder
This 99.999% Ultra High Purity (UHP) Nitrogen (N₂) calibration gas is designed for the calibration, maintenance, and performance verification of gas detection equipment, analytical instruments, and laboratory systems requiring an exceptionally pure nitrogen source. Packaged in a 66-liter refillable aluminum cylinder at 1150 PSI with a C-10 valve, this non-reactive calibration gas provides outstanding purity and long-term stability for demanding industrial and scientific applications.
The refillable aluminum cylinder offers a durable, economical solution for facilities performing routine calibration and instrument verification. Common applications include laboratories, environmental monitoring, manufacturing, research facilities, semiconductor processes, pharmaceutical production, and quality assurance testing.
Calibration Gas Specifications
- Nitrogen (N₂): 99.999% Ultra High Purity (UHP)
Cylinder Specifications
- Cylinder Size: 66 Liters
- Pressure: 1150 PSI
- Cylinder Material: Aluminum
- Valve Type: C-10
- Cylinder Type: Refillable
- Gas Reactivity: Non-Reactive
Applications
- Gas detector calibration
- Analytical instrument calibration
- Laboratory instrumentation
- Gas chromatography
- Environmental monitoring
- Quality control testing
- Research and development
- Industrial process verification
Features & Benefits
- 99.999% ultra-high purity nitrogen
- High-purity gas for critical calibration applications
- Refillable aluminum cylinder for long-term cost savings
- Lightweight, corrosion-resistant cylinder construction
- Stable non-reactive gas composition
- Compatible with a wide range of analytical and calibration equipment
Custom Calibration Gas Mixtures Available
We manufacture calibration gases for a large variety of gas detectors and analytical instruments. If you require a custom gas concentration, specialty mixture, or cylinder configuration not listed in our e-commerce store, contact our team for a fast custom quote.
