2 Pack 6500LM LED Garage Light Adjustable Panels 600W Deformable Ceiling Light
SANSI 600W Equiv. BRIGHT & ENERGY SAVING: ETL Certified! 5000K color will be more eyes-friendly than 6000K cool white. PATENTED CERAMIC TECHNOLOGY: SANSI's patented technology replaces the traditional Mcpcb aluminum substrate with a non-conductive ceramic heat sink, directly soldering the LED chip on the ceramic heat sink, effectively reducing the system thermal resistance between the LED PN junction and the surface of the heat sink, resulting in faster heat conduction and higher product reliability, making SANSI's bulbs perform with higher light efficiency.
Specifications
| Light Color | White |
| Occasion | Back to School |
| Power Source | Hardwired |
| MPN | 01-02-001-060751 |
| Lumens | 6500LM |
| Department | Adults |
| Manufacturer Warranty | 2 Years |
| Labels & Certifications | Energy Saving |
| Voltage | 120 V |
| Manufacturer | SANSI |
| Style | Arts & Crafts/Mission |
| LED String/Strip Type | LED |
| Features | Deformable |
| Room | Garage |
| Finish | Ceramic |
| Lighting Technology | LED |
| Color Temperature | 5000 - 5500 K Cool |
| EC Range | A - G |
| Color | White |
| Item Diameter | 4in |
| Material | Ceramic, Polycarbonate |
| Light Direction | Adjustable |
| Installation Area | Indoor |
| Brand | SANSI |
| Type | Panel Light |
| IP Rating | IP20 |
| Model | C21FS-30W |
| Shade Shape | Round |
| Power Consumption | 60W |
| Country/Region Of Manufacture | China |
| Adjustable Angle | 0°- 135° |
SANSI 600W Equiv. BRIGHT & ENERGY SAVING: ETL Certified! 5000K color will be more eyes-friendly than 6000K cool white. PATENTED CERAMIC TECHNOLOGY: SANSI's patented technology replaces the traditional Mcpcb aluminum substrate with a non-conductive ceramic heat sink, directly soldering the LED chip on the ceramic heat sink, effectively reducing the system thermal resistance between the LED PN junction and the surface of the heat sink, resulting in faster heat conduction and higher product reliability, making SANSI's bulbs perform with higher light efficiency.