Custom Embossed/Printed Velvet Fabrics: Discover the Secrets of Color and Anti-fading Technology Under Light

In the field of fashion and home decoration, Embossed/Printed Velvet Fabrics are highly favored for their unique touch, elegant sheen and rich colors. With the growing demand for personalization, custom Embossed/Printed Velvet Fabrics have emerged, bringing unprecedented creativity and diversity to the market. However, the color changes of this highly customized fabric under different lighting conditions and its anti-fading performance have become the focus of attention of consumers and designers.

The Secret of Color Under Light
The delicate surface and high gloss of velvet fabrics make the embossed or printed patterns on them particularly eye-catching under the illumination of light. However, the wavelength, intensity and color temperature of different light sources will affect the color performance of the fabric. Under natural light, Embossed/Printed Velvet Fabrics often show the most realistic colors, warm and soft. But under indoor lighting, especially fluorescent or LED lights, the color may deviate, such as being cooler or warmer, and even in some cases, the color saturation may change.

As time passes through the day, the intensity and color temperature of sunlight will also change, which will affect the color performance of velvet fabrics. The sunlight in the morning and evening is softer and the colors are warmer; while at noon, the sunlight is strong and the color temperature is higher, and the colors may appear brighter and more vivid. This color change under lighting conditions not only adds a dynamic beauty to velvet fabrics, but also puts higher color management requirements on designers and consumers.

Anti-fading treatment technology
In order to solve the color fading problem that may occur in custom embossed/printed velvet fabrics under different lighting conditions, the industry has developed a variety of anti-fading treatment technologies. These technologies are designed to enhance the color stability and durability of the fabric, ensuring that it remains as bright as before after long-term use and various lighting environments.

UV absorbers: UV rays are one of the main factors that cause color fading. By adding UV absorbers to the fabric, UV energy can be effectively absorbed and converted, reducing its damage to dye molecules, thereby delaying the fading process.
Antioxidants: Antioxidants can inhibit the oxidation reaction of dye molecules under the action of light and oxygen, protect the dye structure from being destroyed, and thus maintain the stability of color.
Fixation technology: Using advanced fixation technology, such as high temperature fixation, cross-linking fixation, etc., the dye molecules are closely combined with the fiber, not easy to fall off or migrate, thereby improving the color fastness of the fabric.
Nanotechnology: In recent years, the application of nanotechnology in the textile field has become increasingly widespread. By forming a nano-level protective film on the surface of the fabric, the influence of the external environment on the dye molecules can be effectively isolated to achieve the anti-fading effect.

The color change of custom embossed/printed velvet fabrics under different lighting conditions is both a challenge and an opportunity. By using advanced anti-fading treatment technology, we can overcome this problem and bring consumers a more stable and lasting color experience. At the same time, this also prompts designers to pay more attention to color management in the creative process to ensure that the works can show the best effect in different environments. With the continuous advancement of science and technology, we have reason to believe that the future custom embossed/printed velvet fabrics will achieve a more perfect state in color performance.