Hot Deal Dräger Tube -hydrogen Fluoride 1.5/b Deal Alert: 55% Off [BAQY6V9o]

Dräger Tube - Hydrogen Fluoride 1.5/b

Introducing the Dräger Tube - Hydrogen Fluoride 1.5/b, a premium short-term gas detection solution for professionals who require reliable measurement of hydrogen fluoride levels in various environments. Crafted for safety and accuracy, these tubes are a key component of your respiratory protection toolkit, offering a swift and effective method for detecting the presence of hydrogen fluoride gas.

Key Product Features

• Accurate and convenient short-term measurements for hydrogen fluoride
• Measures 1.5 to 15 ppm of hydrogen fluoride with precision
• Standard deviation of ± 15 to 20% for reliable results
• Color change from pale blue to pale pink for easy detection

The Dräger Tube - Hydrogen Fluoride 1.5/b is designed for professionals who require precise gas detection in industries such as chemical manufacturing, laboratories, and emergency response. This pack includes 10 tubes with a 2-year shelf life, ensuring long-lasting performance.

Application and Benefits The hydrogen fluoride gas detection tube is designed to work within an ambient temperature range of 15 to 30°C and an absolute humidity of up to 9 mg H2O / L. This tube utilizes the reaction principle of HF + Zr(OH)4/Quinalizarin to [ZrF6]2- + Quinalizarin, ensuring reliable cross-sensitivity in the presence of other halogenated hydrocarbons in the TLV range. With a standard measuring range of 1.5 to 15 ppm, 20 strokes per tube, and a quick measurement time of approximately 2 minutes, these tubes offer the perfect combination of efficiency and effectiveness. For those in search of top-quality gas detection tools, the Dräger Tube - Hydrogen Fluoride 1.5/b is an indispensable choice. Its comprehensive application range and superior design make it the ideal companion for ensuring the safety of workers in environments where hydrogen fluoride exposure is a concern. Don't compromise on safety—choose the Dräger Tube - Hydrogen Fluoride 1.5/b today.