Product Description
800 PPM Oxygen Calibration Gas – 11L Disposable Aluminum Cylinder
This 800 PPM Oxygen (O₂) calibration gas mixture balanced with Nitrogen (N₂) is designed for the calibration, maintenance, and performance verification of oxygen monitoring instruments requiring low-concentration oxygen calibration. Packaged in an 11-liter disposable aluminum cylinder at 140 PSI with a trigger valve, this non-reactive calibration gas provides a lightweight and convenient solution for routine oxygen sensor calibration, detector bump testing, and low-level oxygen monitoring.
Its compact disposable aluminum cylinder is ideal for portable gas detectors, field service technicians, industrial safety professionals, laboratories, confined space monitoring, and environmental testing where quick and reliable calibration is essential.
Calibration Gas Mixture Specifications
- Oxygen (O₂): 800 PPM
- Balance Gas: Nitrogen (N₂)
Cylinder Specifications
- Cylinder Size: 11 Liters
- Pressure: 140 PSI
- Cylinder Material: Aluminum
- Valve Type: Trigger Valve
- Cylinder Type: Disposable
- Gas Reactivity: Non-Reactive
Applications
- Low-level oxygen sensor calibration
- Oxygen detector verification
- Oxygen analyzer calibration
- Gas detector bump testing
- Portable gas detector calibration
- Laboratory instrument calibration
- Environmental monitoring
- Industrial hygiene programs
Features & Benefits
- Accurate low-concentration oxygen calibration mixture
- Lightweight disposable aluminum cylinder for maximum portability
- Convenient trigger valve for quick calibration checks
- Stable non-reactive calibration gas mixture
- Corrosion-resistant aluminum construction
- Compatible with portable and fixed oxygen monitoring systems
Custom Calibration Gas Mixtures Available
We manufacture calibration gases for a large variety of gas detectors and monitoring instruments. If you require a custom gas concentration, cylinder size, or specialty calibration gas mixture not listed on our e-commerce store, contact our team for a fast custom quote.
