Low profile led pot lights is a low profile downlight intended for ceiling or wall mount.Our company is commited to being one of the most famous manufacturers in producing low profile led pot lights.
The low profile led pot lights discloses an ultra-thin LED lamp, which is characterized in that it includes a radiation lamp body with a light-emitting surface, a rear cover plate connected with the radiation lamp body, a diffuser plate arranged from bottom to top between the radiation lamp body and the rear cover plate, a flexible LED substrate, a light guide plate and a circumference of the flexible LED substrate. Uniform distribution of LED beads, the front of the light guide plate is a high-light mirror, the reverse is a convex and uneven grid, its convex and concave section difference is 0.05-0.3 mm. The utility model has the advantages of low cost, less material use, simple production and assembly; a material of the light guide plate can complete various reflective effects of light and meet various requirements of light distribution; make full use of low profile led pot lights, reduce light loss to a minimum; and the whole product is light in weight, so as to achieve the purpose of miniaturization.
As a light source, low profile led pot lights have many advantages and has been widely used in the lighting industry. The panel lamp with low profile led pot lights source is a new kind of indoor lighting lamps. The aluminium profile outer frame of the lamps is formed by aluminium alloy at one time, and after anodizing oxidation polishing treatment, the thickness of the ultra-thin panel lamp is designed to be 11mm. Visually make the whole lamp look beautiful and generous, and LED ultra-thin panel lamp light uniform, soft light, green and environmental protection. Firstly, this paper clarifies the purpose and significance of the research by introducing the development status and trend of the backlight module industry. Then, starting with the structure of the light guide module, it expounds the working principle and design ideas of each module and puts forward a dot arrangement mode of the light guide plate, so that the thickness of the light guide plate is only 4 mm, through the direction of printing. In this paper, the printing method and the characteristics and types of ink for the screen dots of the light guide plate are introduced, which makes the dots of the light guide plate arranged on the bottom of the light guide plate, and improves the uniformity of the light output and the light utilization ratio of the light guide plate. Then the optical model is designed and optimized according to the optical parameters such as the light entry mode, the arrangement mode between the LED light sources and the direction of the light exit of the LED light source, and the flow chart of the structure design and optimization of the light guide plate is worked out. With the help of the optical design software Trace Pro, the relevant model is established and obtained. Finally, a design scheme of a large ultra-thin LED panel lamp light guide with a thickness of only 4 mm and a length and width of 561 mm*561 mm is obtained.
Everyday life, whether it is office or furniture or even outdoor square, will be used the low profile led pot lights, and How to Judge the Quality of low profile led pot lights is very important.
First of all, we can judge from the lamp body itself that the ultra-thin panel lamp is close to the panel and back cover at a sealed state. This can effectively play a moisture-proof, insect-proof, waterproof effect. Ultra-thin panel lamp shell is usually made of high-quality metal shell with long service life. But if the quality of the ultra-thin panel lamp is not good, their panel and body are not integrated design, only the panel is metal, the fuselage is plastic material, such a panel lamp is very light, but not only the heat dissipation effect is not good, but also the use of time will not be long.
Secondly, the material of the ultra-thin panel lamp is also an important part. Ultra-thin panel lamp with good quality is made of aluminum alloy antioxidant material, so that it can be used normally in any environment, and there will be no rust. But some poor quality ultra-thin panel lamps, whose fuselage is made of iron, are prone to rust in wet environments, and there is a potential risk of leakage. If you can suck up a piece of iron-absorbing stone, it's made of iron.