Briefly summarize the characteristics and reflective principle of reflective powder

Reflective powder, called Reflective Powder in English, is produced from a glass based powder material, and its main components are SiO2, CaO, Na2O, TiO2 and BaO. The product can be directly added to the paint or resin, so that the product has a retro reflective effect, and can be used on various surfaces with complex shapes. It is the core raw material for the production of reflective fabric, reflective film, reflective paint, reflective signs, advertising materials, clothing materials, standard track, shoes and hats, bags, water, land and air life-saving supplies and other new optical functional composite materials.

Reflective material products use aluminum plating on the back half surface of high refractive index glass beads as a retroreflector, which has extremely strong retro reflective performance. It can directly reflect 85% of the light back to the light source. The retro reflective brightness caused by retro reflection can enable drivers and nighttime workers with light sources to clearly see pedestrians and obstacle targets at night or under poor vision, ensuring the safety of both parties.

Reflective powder, called Reflective Powder in English, is produced from a glass based powder material, and its main components are SiO2, CaO, Na2O, TiO2 and BaO. The product can be directly added to the paint or resin, so that the product has a retro reflective effect, and can be used on various surfaces with complex shapes. It is the core raw material for the production of reflective fabric, reflective film, reflective paint, reflective signs, advertising materials, clothing materials, standard track, shoes and hats, bags, water, land and air life-saving supplies and other new optical functional composite materials.

Reflective material products use aluminum plating on the back half surface of high refractive index glass beads as a retroreflector, which has extremely strong retro reflective performance. It can directly reflect 85% of the light back to the light source. The retro reflective brightness caused by retro reflection can enable drivers and nighttime workers with light sources to clearly see pedestrians and obstacle targets at night or under poor vision, ensuring the safety of both parties.