How does the lampshade of this retro hardware fabric table lamp affect the scattering effect of light?

The fine stripes on the surface of the lampshade of the retro hardware fabric table lamp are not simple decorations, but texture structures that have been optically optimized. When light is emitted from the bulb and shines on the inner wall of the lampshade, these fine stripes will refract and reflect the light at multiple angles like a miniature prism. Compared with a smooth surface, the concave and convex structure of the stripes will disrupt the straight-line propagation of light, causing it to disperse in different directions, reducing the intensity of direct light and avoiding dazzling glare.

Because the light is constantly reflected inside the lampshade, the light that finally comes out will be softer, and there will be no obvious light and dark boundaries, making the lighting of the entire lighting area more balanced. This scattering method is similar to the diffuse effect of natural light, and it is not easy to cause visual fatigue after long-term use, and it is suitable for reading or work lighting.

The material characteristics of the fabric lampshade make it excellent in light transmittance and light softening. Fabrics of different densities will affect the light transmittance effect. This desk lamp may be made of medium-thick cotton and linen blended fabric, which can ensure sufficient brightness output while avoiding excessive light. The microstructure of the fabric fiber will cause light to scatter slightly when it penetrates, filtering out the direct strong light from the bulb, forming a soft light effect similar to "frosted glass".

Compared with metal or plastic lampshades, fabric materials can effectively soften the edges of shadows cast by objects, making the transition between light and shadow more natural, suitable for creating a warm indoor atmosphere. The fabric has a certain degree of heat insulation, which can reduce the surface temperature of the lampshade, avoid the risk of burns, and reduce the damage to the fabric caused by the heat of the bulb.

The overall shape and detailed design of the lampshade further optimize the propagation path of light. The top of the lampshade adopts a flat structure and is tightly connected to the metal bracket to ensure that the light will not be wasted by shooting directly upwards to the ceiling, but will be reflected back into the lampshade and then scattered around to improve the utilization rate of light energy.