Extinction refers to the reduction of the glossiness of a material's surface through physical or chemical methods, resulting in a matte or matte effect. In the fields of industrial fabrics, textiles, plastics, coatings, etc., extinction treatment has important functional and practical significance, mainly including the following aspects:

1. Reduce light reflection and avoid visual interference

Anti glare: Matte surfaces can effectively reduce the specular reflection of light, preventing glare caused by strong light or illumination.

2. Enhance anti slip performance

Increasing friction: Matte treatment usually makes the surface rougher (such as frosted or embossed), thereby increasing the friction between the fabric and the object, preventing tools, equipment, or products from sliding.

Stable support: Matte pads can effectively secure goods or machines, reducing accidental slippage.

3. Resistant to dirt and wear, extending service life

Hidden stains: Matte surfaces are more resistant to dirt than glossy surfaces, and oil stains, dust, fingerprints, etc. are less likely to appear, reducing cleaning frequency.

Scratch resistant: Matte coatings or fiber structures are usually more wear-resistant and suitable for high-frequency use scenarios.

4. Enhance tactile sensation and user comfort

Soft Touch: Matte surfaces are finer than glossy surfaces, reducing the "plastic feel" or "stickiness" caused by smooth materials.

5. Meet special functional requirements

Anti static: Some extinction pads will be combined with anti-static treatment.

Sound absorption and noise reduction: The extinction fiber structure (such as non-woven fabric) can absorb some sound waves.