Introducing our revolutionary architectural lighting solution: a game-changer in highlighting beauty. With customizable degrees of lighting, you can effortlessly illuminate and accentuate the finest features of any object or building. Transform your surroundings with precision and create captivating visual experiences.
Lifespan: 50000 h
Color: 3000-15000 Kelvin
Operating temperatures from -40° to +100°
Light beam Degrees 5°-50°
Dimension: 50 * 50mm
Diffusion of light from 4 sides
The qbica LED lights offer several advantages that make them a preferred choice for various applications:
- Waterproof: The qbica LED lights are waterproof, ensuring reliable performance even in wet conditions.
- Compact Size: With their small size, qbica LEDs can be easily installed in tight spaces or hard-to-reach areas.
- Interconnectability: The qbica LEDs can be seamlessly interconnected, allowing for the creation of customizable lighting systems with different shapes and sizes.
- Lumens-to-Watt Ratio: The qbica LEDs provide high brightness while consuming low energy. This means they offer efficient lighting with low power consumption.
- Marine Applications: The qbica LED lights are suitable for marine applications, providing reliable lighting solutions for both interior and exterior spaces on ships and boats due to their waterproof design.
- Sauna Applications: The qbica LEDs can withstand high temperatures, making them ideal for sauna environments with elevated temperatures.
- Building and Column Illumination: The qbica LEDs are suitable for illuminating buildings and columns, enhancing their aesthetics and visibility.
- Variable Beam Angles: The qbica LEDs offer adjustable beam angles, allowing for focused or wide-angle lighting depending on the desired application.
- Compatible with Multiple LED Brands: The qbica LED lights can be used in conjunction with LEDs from various manufacturers, providing flexibility in sourcing and compatibility.
- Cost-Effective Lamp Replacement: The qbica LEDs have a significantly longer lifespan compared to traditional lighting sources, reducing the frequency and cost of lamp replacement.