Color Matching Cabinet /B/C/D - TNG1031

The TNG1031 Color Matching Cabinet /B/C/D is designed to assess color differences under specified light sources, ensuring color consistency and quality. It simulates various light sources including D65, TL84, CWF, UV, F/A, and F, enabling accurate color evaluation according to ASTM D1729 and BS 950. The instrument supports the assessment of color fastness and other textile properties, providing a reliable method for color grading. The cabinet is equipped with light sources that can be switched automatically, supporting metamerism detection. It is applicable to a wide range of materials, including textiles, leather, and dyed products. The TNG1031 complies with ASTM D1729 and BS 950 PART1. The device includes a microcomputer control system for precise light source switching and usage tracking, ensuring accurate and consistent color assessments. The cabinet operates on 220/110 V at 50/60 Hz, offering stable and flicker-free lighting for immediate use without preheating. It is suitable for use in textile testing laboratories and other industries requiring color evaluation under standardized conditions.

As you can see, the Color Light Box / Color Matching Cabinet is widely used in textile testing laboratories, to check the color difference after other textile tests like color fastness. When the test finishes, you can get a grade evaluation based on the specified standards. And many industries spare no effort to maintain the color matching consistency and quality. It includes a variety of industries, such as Automotive, Ceramics, Cosmetics, Foodstuffs, Footwear, Furniture, Knitwear, Leather, Ophthalmic, Dyeing, Packaging, Printing, Ink, and Textiles. Moreover, it is very important to use a standard light source to check the color differences on night duty. As a result, there is a great potential market for testing the color difference.

And this Textile Light Box can get its job done perfectly. Besides, Colour Matching Cabinet complies with ASTM D1729, BS 950 PART1,etc. Not only the D65 light source, TL84, but CWF, UV, and F/A light sources are also available in this color light box for the metamerism effect.

Simulates Multiple Light Sources: The color matching cabinet is equipped to simulate various light sources, including D65, TL84, CWF, UV, F, and A. These color matching cabinet light sources can switch automatically and support metamerism detection, making it ideal for industries like textiles and dyeing to help ensure accurate color matching and minimize color deviations in products.

Advanced Timing Function: This color light box tracks the usage time of each light source separately, displaying both the individual and total usage times to assist with timely maintenance and bulb replacement.

Microcomputer Control: Microcomputer control enables precise, rapid switching between light sources, allowing accurate assessment of color differences under varied lighting.

Instant Use with No Preheating: The light booth for color matching requires no warm-up time, ensuring stable, flicker-free lighting for quick and reliable color evaluations.

More Efficient and Durable: Low power consumption with high lighting efficiency and no heat output, and no need for cooling, making light box color matching more efficient and durable.

Optional order

Viewing Board

Standard light sources（D65, TL84, CWF, F, A, UV, U30）

The extended version of (1200mm)

Specifications & Models

Light Sources

Dimension(mm)

• BS 950 PART1

What is the main difference between the ISO 105 and AATCC TM 16 standards for testing light colorfastness? The main differences between the ISO 105 and AATCC TM 16 standards for testing color fastness to the light are shown below in Table 2. [table id=904 /] How to use the color assessment cabinet correctly? What is the Color Matching Cabinet？ The Colour Matching Cabinet also called the color viewing light box or color matching box is a light booth for color matching. It can be easily felt in our daily lives that under different lighting conditions, the color of an object would appear to be different to us to a certain extent. This is because different light sources own their own radiating energy. When the light hits on an object, different colors would be reflected and appeared. A similar situation applies to the manufacturing industry.