Color Fastness to Ozone Tester

The Color Fastness to Ozone Tester evaluates how textiles resist color fading when exposed to atmospheric ozone at room temperature.

The Color Fastness to Ozone Tester uses a computer-controlled system to manage all parameter settings and test workflows. It automates the entire testing process for higher efficiency and accuracy. The tester features a high-end ozone analyzer made by an American manufacturer, offering superior precision and reliability compared to similar products.

The built-in ozone generator allows users to adjust ozone concentration between 2–8 ppm and control test duration as needed. This flexibility supports both quality inspections and new product development.

A rotating sample holder with 24 stations ensures even ozone exposure for all specimens, enhancing test consistency. During operation, the chamber door has an automatic alarm that activates if opened, preventing ozone leakage. The built-in ozone decomposition device safely neutralizes ozone before releasing air back into the room, avoiding atmospheric pollution.

Scope of application

all textiles

Test standard

AATCC 109, ISO 105 G03, GB/T 11039.3 and other consumables: ozone generator, ozone catalyst

specifications

• 7 Inch Touch Screen
• Ozone Concentration Range: 2–8 ppm
• Ozone Concentration Accuracy: 5 ppm ± 0.2 ppm
• Sample Holder Rotation Speed: ~8 rpm
• Sample Holder Quantity: 24

Why Choose Color Fastness to Ozone Tester?

Choose the Color Fastness to Ozone Tester for its precision, automation, and safety-focused design. Equipped with a 7-inch touch screen interface, it provides easy operation and complete control over ozone concentration, test duration, and sample rotation. The American-made ozone analyzer ensures superior accuracy and reliability compared to standard instruments. With automated control and uniform specimen exposure, the tester minimizes human error and enhances consistency. Its ozone decomposition system ensures environmental safety by neutralizing ozone before exhaust. Perfect for quality control laboratories and textile manufacturers, this instrument conforms to AATCC 109, ISO 105 G03, and GB/T 11039.3 standards, making it ideal for evaluating ozone-induced color changes in fabrics.