LG Innotek announces high power LED packages

LG Innotek, a leading global materials and components manufacturer, today announced that the company started to produce high-power LED packages (H35C4 Series) featuring 180lm/W, which are the highest efficacy in the world.

LG Innotek improves the efficacy of high-power LED packages by 13% compared to the previous packages. The Company said that the H35C4 Series will be supplied to the global market in October.

LG Innotek used its proprietary vertical LED chip technology to optimize the manufacturing and mixing process of the fluorescent substance that produces the light for its LED chips, thus improving the performance of their LED packages. This performance is at least 10% better than all other competing products.

These LED packages boast a efficacy of 152lm/W at 85℃, 700mA under the actual usage environment of most LED packages. It beats the efficacy of competing products by 10lm/W or more.

Through optimizing “white conversion technology”, the lifespan of the product has also in-creased greatly. According to the expected lifespan based on LM-80, the LED lighting reliability evaluation criteria used by the US Environmental Protection Agency (EPA), the average lifespan of LG Innotek’s product is 150,000 hours. This is almost three times longer than existing products, which have a lifespan of 51,000 hours.

In addition, LG Innotek has established a product line-up that encompass all ranges of color temperatures and rendering, including warm white (2700K), neutral white (5000K), cool day-light (6500K), and High CRI (CRI>90). Customers can apply these products for their use in LED lighting.

LG Innotek will further stay focused on developing high performance and value product such as High Power LED Package featuring more than 5 watt and UV LED. The company also has a plan to enhance its LED lighting line-up for automotive as well mobile application.

POST A COMMENT

Easily post a comment below using your Linkedin, Twitter, Google or Facebook account. Comments won't automatically be posted to your social media accounts unless you select to share.