CCPA Opt-Out by TermsFeed
 

Press release

The new, ALL GLASS HYBRID LED is the latest innovation in LED technology from Aamsco. The HYBRID LED lamps use COB (chips on board) LED Technology to create a “filament.” Multi, small sized chips are mounted together on a ceramic substrate to form one light source package. The ceramic substrate acts as the heat sink so there is no need for a “visible” heat sink. Advantages of COB technology on ceramic:• High conductivity• Low thermal resistance• High light efficacy: 100-120lm/w• CRI >85• No glare• High brightness, high durability• Capable of being used in small, compact glass shapes• High voltage resistance: >4000V• Ability to operate under ambient temperatures of -22*F and 122*FAamsco is also the first to offer this technology in a full line of various glass types such as globes, reflectors and even vintage Edison style. They can be used in enclosed fixtures as long as there is ample room for heat dissipation. They are not suitable for damp or wet locations.About Aamsco:Aamsco Lighting has been providing innovative lighting solutions for companies around the world. Our factory has been manufacturing unique luminaires since 1982 and now produces quality, innovative lighting products for the millennium. Aamsco Lighting carries a wide variety of specialty lighting products to meet the need of any industry; commercial, hospitality, retail or residential customers. Our range extends from miniature lamps to special fluorescents of all sizes to the latest in LED technology.

Aamsco

Address:

100 Lamp Light Circle
Summerville SC 29483
United States

http://www.aamsco.com
Aamsco
archinterious.com, adexawards.com & designjournalmag.com is part of Archinterious/ADEX Awards™. All content, graphics are copyright © with publisher. Any commercial use or distribution without the express written consent of publisher is strictly prohibited.
Copyright © 2024 Design Journal / Archinterious /ADEX Awards™,
23371 Mulholland Dr. #253, Woodland Hills, CA, 91364, United States.
All Rights Reserved.