Gas Fume Chamber – Textile Testing Products – SDL Atlas

The Gas Fume Chamber is a state-of-the-art testing equipment designed by SDL Atlas for assessing the colorfastness of textiles when exposed to oxides of nitrogen. These nitrogen oxides are common byproducts of gas combustion, simulating real-world environmental stresses to determine the durability and quality of textile products.

This equipment features a Bunsen burner, a rotating rack with a large capacity, and a chamber light and viewing window for precise tests simulating real-world conditions. It also includes easy-to-use digital controls for accurate monitoring and multiple safety mechanisms such as gas pressure regulation, unburnt gas detectors, an extinguished flame alarm, and an interlocked flame ignition system to ensure user safety.

The Gas Fume Chamber is designed to meet multiple international testing standards, including AATCC 23, GB/T 11039, and ISO 105-G02. Adherence to these standards makes it a trusted tool for textile manufacturers and laboratories worldwide.

By using the Gas Fume Chamber, textile manufacturers and laboratories can accurately assess the colorfastness of their products under environmental stresses, such as exposure to atmospheric oxides of nitrogen. This enables them to determine the durability and quality of their textiles, ensuring they meet the high standards required by the industry and enhance product reliability for the end users.

Yes, the Gas Fume Chamber is designed with user-friendliness in mind. It comes equipped with easy-to-use digital controls that allow for precise monitoring and straightforward operation, making it accessible for users of all levels of technical expertise.

The Gas Fume Chamber includes multiple built-in safety mechanisms to ensure the safety of the operator. These features include gas pressure regulation to prevent gas leaks, unburnt gas detectors to detect any gas not consumed by the burner, an extinguished flame alarm to alert the operator of the flame going out, and an interlocked flame ignition system to ensure safe ignition of the burner.

Yes, the Gas Fume Chamber is specifically designed to simulate real-world environmental conditions, particularly the exposure to oxides of nitrogen from gas combustion. This capability makes it an invaluable tool for testing the resistance of textiles to various environmental stresses, ensuring their durability and colorfastness in a wide range of conditions.