Rediscover the Beauty of Ambient Light with SANSI Omni-directional Ceramic LED Light BulbsBack
Since its founding in 1993, SANSI has been dedicated to technological innovation in a wide range of LED applications, from commercial displays to home lighting. Recently, SANSI announces the expansion of our Smart bulbs line with omnidirectional lamps, delivering ambient lighting with the quality of light you’ve come to expect from all of our professional lamps and fixtures.
SANSI omni-directional ceramic LED bulbs with wider 270°beam angle provide an all-around light distribution. Featuring unique hollow structure, patented ceramic heat dissipation LED technology, premium LED chips, high efficiency and high reliability, it is an economical and environmentally friendly product for wide applications where bright lighting is needed.
Patented ceramic heat dissipation LED technology, ceramic thermal unit allowing chips to be mounted directly onto the ceramics, no PCB.
Brighter light output, energy efficient LED technology for longer life. Energy savings of up to 89% compared to traditional lights.
Rugged hollowed housing design, imported premium LED chips, high quality ceramic heat sink ensures excellent heat dissipation.
Healthy light, no flicker, environmentally friendly, dimmable and reliable. Brightness is adjustable.
No lead or mercury. No UV or IR, green materials, meet international safety standards.
SANSI omni-directional ceramic LED bulbs have been designed in order to dissipate heat effectively in order to produce the brightest beam using the least amount of energy. Adopting SANSI's patented ceramic heat dissipation technology (CHDT), this LED bulb ensures excellent heat dissipation and long-lasting performance. SANSI’s omni-directional ceramic LED bulbs are suitable for a wide range of applications including hospitality and restaurant decorative fixtures, general purpose lighting, outdoor venues, common areas, decorative fixtures, floor and table lamps, dining rooms, pedant fixtures, and outdoor fixtures with dimmable functionality.