Product Features:
1. Energy-saving: The IP65 Waterproof Recessed Ceiling Light uses less energy compared to traditional lighting systems. The light can save up to 80% of energy costs.
2. Low maintenance: The LED lighting technology used in the light makes it last longer and requires less maintenance.
Product Specification:
| Power | 3W/5W/7W/9W/W12W/15W/18W/24W/30W |
| Color Temperature(CCT) | 3000K,4000K,5000K,6000K |
| Lamp Luminous Efficiency(lm/w) | 120lm/W |
| Color Rendering Index(Ra) | 80-83Ra or 95-98Ra |
| Support Dimmer | Triac dimmable or 0-10V dimmable |
| LED chip | SMD2835, Epistar, Samsung, Osram |
| Material | Aluminum+PC cover |
| Cutout size | 68mm to 280mm |
| Outer diameter | 85-300mm |
| warranty | 5years |
Detailed Images:


Any conventional recessed ceiling position may be quickly and easily installed with the IP65 recessed thin panel light. Because of its thin shape, it may blend in with any architectural style or area without being obtrusive or visually unpleasant. No matter what kind of wetness the lamp is subjected to, its IP65 certification guarantees that it will keep working. These lights are ideal for homes, companies, and even industrial sites since they are energy-efficient and come in a large range of wattage choices.
Energy economy is one of the key characteristics of the IP65 recessed thin panel light. These lights have a much smaller carbon footprint and lower utility costs than conventional incandescent lighting since they utilise a lot less energy. Because they use materials and LED bulbs that last longer than conventional lighting, they are also much more durable than traditional lighting, almost completely maintenance-free, and less disruptive to regular corporate operations.
Usage:


These lights are becoming a popular option in business areas where lighting is an essential part of creating a professional and functional ambiance because of their high lumen output and great light dispersion. Recessed narrow panel lights are ideal for workplaces, schools, hospitals, and other institutions since they provide a clear, even, and strong light when utilised in these types of environments.
