What are the characteristics and uses of light diffusion endurance plates?

Different types of PC endurance board are basically developed on the basis of general PC endurance board, light diffusion PC endurance board is no exception, it is on the basis of general PC endurance board through special mold and process processing, produced into a new type of PC board. Light diffusion PC endurance board is a new type of optical board, there are milky white, translucent two common colors. Under normal circumstances, the more the number of diffused particles, the lower the transmittance and the higher the degree of atomization. Therefore, for the light diffusion PC endurance plate, the light transmittance and the degree of atomization are inversely proportional to one of the two. In the summary of years of experience, through the structure of the light diffusion PC endurance plate and the ratio of raw materials, so that the light diffusion PC endurance plate transmittance and atomization degree to achieve a balance, in order to achieve the best effect of light diffusion endurance plate.

Light diffusion pc endurance board advantages

Compared with the general PC endurance plate, the light diffusion PC endurance plate is more stable, mainly reflected in the aspects of ultraviolet resistance, poor temperature resistance, chemical corrosion resistance, and good flame retardant.

The light transmittance of PC endurance plate can reach 88%, and the high transmittance makes the brightness significantly improved and more energy saving. While maintaining high light transmittance, the light diffusion PC endurance plate can achieve uniform light effect, and the brightness of the surface light source can be uniform to more than 80%.

The technical focus of the optical diffusion PC endurance plate is to ensure the color reduction, with the light source, to achieve the required color temperature, because its surface side is leather grain treatment, one side is frosted treatment, so the visual effect is good, more beautiful, and the surface of the ordinary smooth wear resistance.