Gastec P-122-H Permeation Tube Toluene

Description

Gastec P-122-H Permeation Tube Toluene utilizes advanced membrane technology to provide a reliable method for generating calibration gas. Inside the tube, the target substance is kept in a liquefied state; when subjected to a constant temperature, the gas permeates through the tube walls at a highly predictable rate.

This method is widely preferred in industrial instrumentation because it offers superior stability for low-concentration requirements. By integrating the Gastec P-122-H Permeation Tube Toluene into a compatible gas generation system, users can achieve precise ppm levels necessary for safety audits and environmental monitoring. While the standard concentration range is 0.032 – 1.6 ppm, it is important to note that individual tubes may exhibit minor variations in permeation rates, allowing for fine-tuned control of the actual generated range.

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-122-H
Target Gas: Toluene
Concentration Range: 0.032 – 1.6 ppm
Generation Method: Permeation membrane technology
Note: Actual controllable range may vary slightly based on individual tube permeation rate differences.

Features

High Stability: Delivers a constant permeation rate for long-term calibration repeatability.
Low-Level Detection: Specifically optimized for a precise range of 0.032 – 1.6 ppm.
Compact Form Factor: Designed for easy installation and replacement within standard calibration systems.
Trusted Accuracy: Manufactured by Gastec to meet the rigorous demands of industrial gas detection.

Applications

The Gastec P-122-H Permeation Tube Toluene is essential for industries where VOC monitoring is critical for safety and quality control:

Petrochemical Plants: Validating sensors used to detect Toluene leaks in processing areas.
Paint and Coating Industry: Monitoring solvent vapors to ensure workplace safety and environmental compliance.
Environmental Labs: Serving as a primary gas source for air quality analysis and research.
Occupational Health: Calibrating wearable and stationary detectors for monitoring Toluene exposure limits.