LG Chem Showcases Best OLED Lighting

LG Chemicals is the leader in the OLED lighting panel market. LG Chemicals has been supplying OLED lighting panels to the lighting market since 2011. Since then, LG Chemicals has become an industry leader in providing OLEDs of various models and sizes with its high performance products. . The eight models can be applied to various color temperatures (3000k/3500k/4000k), high color rendering index (CRI>90), high light brightness, high light efficiency and long life.

This year, LG Chemical's product life (LT70) has been increased to 40,000 hours through the development of a standard brightness of 3000 cd/m. Brightness can reach 5000 or even 8000cd/m, but the brightness and life are still exchange relations. LG Chemical will push 60lm/W light efficiency products into mass production this year and have successfully developed 100lm/W OLED lighting panels, while the 2016 target is to achieve the production of 140lm/W products.

Introducing the largest OLED lighting panel on the market LG Chemicals displayed the world's largest OLED lighting panel (N6SD30, 320x320mm) at the 2014 International Lighting and Construction Technology and Equipment Exhibition. The panel has a light efficiency of 60 lm/W, a high color rendering index (CRI>90), and a thickness of only 1 mm. This panel can output 1,000lm, similar to the ordinary 75W incandescent lamp. Obviously, it signifies that OLED is not only seen as an energy-saving and human-friendly light source, but also gradually considered as a suitable light source for general purposes. LG Chemicals uses a unique thin-film encapsulation technology to seal the surface of the product and ensure it is only 1mm thick and less than 300g in weight. In addition, long-lived organic materials and heat-resistant structures are the main reasons for achieving a life of 40,000 hours. Samples are available.

Demonstrating Flexible OLED Panels Back in 2012, LG Chemical introduced ultra-thin glass (flexible) OLED panels that can now be mass-produced. This year, a complete flexible plastic film OLED panel was exhibited at the International Lighting and Construction Technology and Equipment Exhibition. The panel is distortable and not easily broken, and is expected to be commercialized in 2015.

LG Chemical produced its own luminaires to show how OLED panels are applied to real life. At the 2014 International Lighting and Construction Technology and Equipment Exhibition, 13 kinds of luminaires were designed: wall lamps, floor lamps, table lamps, etc. . LG Chem also cooperated with major companies in many industries and showed off cooperation products with BMW, Volkswagen, Glass Trsch, Saint Gobain and JBSB.

Benefits of using LG Chemical OLED Lighting Panels LG Chem OLEDs have the spectral distribution that is closest to sunlight, so people are more comfortable with OLED lighting. The OLED is ideally used where natural light is not available or where it is necessary to install a high-quality lamp, such as a hospital or nursing home.

People's eyes are easily affected by light sources. Exposing to dazzling light sources may be harmful, and prolonged exposure may lead to poor eyesight. It is even more critical to bring bad influence to our children. OLED is not a point light source, but a surface light source, no glare, no shadow. This is why we suggest that OLEDs should be used where visual comfort is needed, such as in the study and office.

OLED is slim and lightweight. This compares with the existing lighting and will give designers more creative shapes. In addition, OLEDs are touchable and easy to handle because they emit very low heat, eliminating the need for heat sinks and diffusers. OLED can be easily applied to any product or building while saving installation space and costs.

OLEDs are emerging light sources based on organic materials. The lighting is composed of a variety of organic layers, in which the light emitting layer (EML) functions to convert electrons into light sources. In addition, other layers of organic materials help smooth the flow of electrons and cause the light emitting layer to emit brighter light.