The effect of the general lampshade is to block the light or to moderate the condenser. Therefore, the design scheme manufacturing also does not take into account the energy consumption level problem. Environmentally friendly and energy-saving lampshades have fixed-term condenser type and retro-light type, with less light loss and high light efficiency. The environmental protection and energy-saving lampshade is a new type of reflection device between the LED lamp tube and the socket. It uses the principle of light source reflection optics to reflect the light from the lamp source to the roof back home to achieve the actual effect of improving the chromaticity of sunlight.
Lampshades are upgraded very quickly, and most of the lighting fixtures are carefully planned by interior designers. For lamps, there is no need to replace all the lamps, only the external lampshade of the lighting fixtures must be replaced. Therefore, it is a good choice to replace the lampshade if you want to change the natural environment.
Lampshade manufacturers should first understand the decorative effect of different materials of the lampshade. The lampshade of nylon fabric gives a simple and elegant impression, the lampshade of paper can create a looming and beautiful atmosphere, and the lampshade of metal material has a cool tone. Style and technology, while the drum-shaped lampshade brings a retro complex.
The interior of the reflector is modified with an aluminum alloy profile full mirror glass reflector, which is 30-40% higher than the actual effect of the general reflector. It can reflect more than 90% of the UV light from the UV lamp to the surface of the equipment, improving work efficiency. Reflective lamps for UV lamps. The raw material of the equipment is made of metal material aluminum alloy profiles, and it is equipped with German brand mirror aluminum. It is mainly divided into two light reflection structures: focusing type and parallel surface light type. The application of special-purpose lamps for UV lamps can more reasonably improve the utilization rate of ultraviolet light.
The reflector is the main safe passage for the heat dissipation of the UV lamp, so the two sides of the aluminum cover should be produced and processed into heat pipe radiators to expand the total heat dissipation area. It is not possible to use iron or stainless steel plate for better cost saving. Because the stainless steel plate can turn gray-black under continuous high temperature, it is not easy to have the effect of returning light after blackening, and it will continue to absorb light. The actual effect of returning light is the mirror glass alumina plate, and its reflectivity can reach more than 80%, thereby further improving the utilization rate of ultraviolet light.
