Brief: Discover the Compact Solar LED Work Light IP65 Rechargeable LED Work Light 2W, a versatile and durable lighting solution for both indoor and outdoor use. Featuring adjustable brightness, dual power supply, and emergency warning lights, this portable work light is perfect for emergencies, construction sites, and camping adventures.
Related Product Features:
Long-lasting battery life with 8-10 hours of continuous use after a full charge.
Super bright illumination with 508 high-power LED chips for maximum visibility.
Adjustable light temperature (3000K-6000K) and 4 lighting modes including warm white, bright white, red, and blue SOS warning lights.
Dual power supply with solar charging and USB rechargeable options for convenience.
IP65 waterproof and durable build with fireproof ABS material for harsh weather conditions.
Portable design with a 180-degree adjustable bracket, hidden hook, and magnetic suspension for multiple mounting options.
Emergency and warning light features including SOS red and blue flashing lights for safety.
USB output function to charge mobile devices, acting as a portable power bank.
FAQ:
What makes solar work lights ideal for outdoor use?
Solar work lights are portable, energy-efficient, and rechargeable, making them perfect for outdoor use. They require no external power source, are waterproof, and can operate in remote locations.
How long does the battery last on a full charge?
The battery provides 8-10 hours of continuous use after a full charge, ensuring long-term reliability.
Can I adjust the brightness of the LED work lights?
Yes, the light offers adjustable brightness settings with 4 lighting modes to suit various tasks and lighting requirements.
Are these lights suitable for construction sites?
Absolutely. The lights are designed for durability, high brightness, and reliable performance in construction and industrial environments.
How long does it take to fully charge the solar work lights?
Charging typically takes 6-8 hours under direct sunlight, depending on solar panel efficiency and sunlight conditions.