Gastec P-9-H Permeation Tube Nitrogen Dioxide

Description

Gastec P-9-H Permeation Tube Nitrogen Dioxide is engineered to support professionals in generating precise calibration gas mixtures on demand. By utilizing the principle of permeation, this tube contains liquid Nitrogen Dioxide which permeates through the membrane wall at a constant rate when maintained at a specific temperature. This process ensures a stable and continuous release of the target gas for accurate instrument verification.

This model is specifically capable of covering a broad concentration range from 1.8 to 133 ppm, making it versatile for various testing scenarios. It is an essential tool for maintaining the integrity of analytical instruments and safety sensors.

Brand

Gastec

Although, technology is always evolving, one demand on our products never changes: the demand for customer safety. Whenever we contribute to customer safety, we are presented with an opportunity to develop further.

GASTEC holds this corporate creed of safety and development in high esteem, as it strives to grow while always putting customer safety first.

Specifications

Model: P-9-H
Target Gas: Nitrogen Dioxide ( $NO_2$ )
Concentration Range: 1.8 – 133 ppm
Method: Permeation Tube
Note: Individual tube permeation rates may vary, affecting the precise controllable range.

Features

Generates stable Nitrogen Dioxide ( $NO_2$ ) calibration gas.
Covers a wide concentration range of 1.8 – 133 ppm.
Eliminates the need for bulky and hazardous high-pressure gas cylinders.
Ideal for the calibration of gas chromatographs and environmental sensors.
Compatible with standard permeation devices and dynamic gas generators.

Applications

The Gastec P-9-H Permeation Tube Nitrogen Dioxide is suitable for a variety of industries where toxic gas monitoring is critical:

Environmental Monitoring: Calibration of equipment used to measure air quality and pollution levels.
Industrial Safety: Routine bump testing and calibration of portable and fixed Nitrogen Dioxide detectors.
Automotive Testing: Analysis of exhaust emissions and combustion efficiency.
Laboratory Research: Generating controlled atmospheres for chemical analysis and sensor development.