What is ISO 11664-1:2018?

ISO 11664-1:2018 is a globally recognized standard that provides guidelines for colorimetry, specifically for the measurement and specification of color in various industries such as printing, textiles, and electronic displays. This standard is crucial in ensuring consistency and accuracy in color perception and reproduction.

The Importance of ISO 11664-1:2018

ISO 11664-1:2018 plays a vital role in industries where color precision is essential. It establishes a set of methods and procedures that enable consistent color communication, resulting in improved quality control and customer satisfaction. This standard facilitates color comparisons, allowing different manufacturers and suppliers to achieve uniformity in their products, ensuring that the colors intended by designers are accurately reproduced.

Key Features of the ISO 11664-1:2018 Standard

ISO 11664-1:2018 outlines several key features that contribute to its effectiveness. First, it defines the color-matching functions that represent human visual perception under standardized conditions. These functions form the basis for expressing color values using numerical data. The standard also provides guidelines for the use of colorimetric instruments and specifies the conditions required for accurate color measurement. Additionally, it offers formulas and equations for converting color measurements between different systems and illuminants.

Applications of ISO 11664-1:2018

ISO 11664-1:2018 finds practical applications in a wide range of industries. In the printing industry, for example, this standard ensures that colors are consistent throughout the production process, from design to final print. In the textile industry, it helps manufacturers achieve accurate and consistent color matching for fabrics. ISO 11664-1:2018 is also essential in the field of electronic displays, where it ensures that colors on screens are true to the original source. Other industries that benefit from this standard include automotive, cosmetics, and graphic design.