Outdoor floodlights are a type of projection lighting fixtures designed for large-scale and long-distance illumination. The key feature of these lights is their wide beam angle and extensive illumination range. They spread the light like "pouring water", rather than focusing on a single point like a flashlight. They are mainly used to illuminate vast outdoor areas to ensure safety and visibility.
| 112*105*30mm | 10W | 800lm | 2700-6500K | >80 | 85-265V | >50000 | 120℃ | |
| 135*115*36mm | 20W | 1600lm | 2700-6500K | >80 | 85-265V | >50000 | 120℃ | |
| 185*155*44mm | 30W | 2400lm | 2700-6500K | >80 | 85-265V | >50000 | 120℃ | |
| 230*195*45mm | 50W | 4000lm | 2700-6500K | >80 | 85-265V | >50000 | 120℃ | |
| 285*240*55mm | 100W | 8000lm | 2700-6500K | >80 | 85-265V | >50000 | 120℃ |
High brightness and wide viewing angle: The goal is to produce homogeneous lighting over a large region, rather than a focused spot. Typical beam angle is over 100 degrees.
Bright, light flux-rich, and able to remove darkness.
Outdoor floodlights must have strong protection against wind, rain, dust, ice, snow, and corrosion, similar to the "three protection lights" concept.
A mainstream protection level of IP65/IP66 prevents splashing water and forceful water jets, ensuring reliable operation in bad weather. Many items also guard against lightning (surge).
To ensure durability, the shell is often comprised of die-cast aluminum for heat dissipation and high-strength engineered polymers for corrosion resistance and insulation. It also features shock-resistant tempered glass panels.
It resists earthquakes and impacts well.
High efficiency, energy saving, and longevity: Most modern outdoor floodlights use LED light sources.
Advantages: High light efficiency (energy-saving), long lifespan (50,000 hours), fast starter.
Proper heat dissipation is essential for LED longevity due to their high power consumption. High-quality outdoor floodlights use big aluminum heat dissipation fins to quickly disperse heat.
Provides flexible installation and dimming with a universal adjustable stand for easy irradiation angle adjustment.
Modern devices can use sensors (light, radar, microwave) to switch on and dim lights when someone enters and leave, or a system to group, regulate brightness, and make routines to save energy.
Construction site, factory periphery, warehouse exterior wall, parking lot, community perimeter, fence lighting.
Football field, basketball court, tennis court, golf course driving range, square, park.
Gas stations, 4S car dealerships, billboard lighting, port terminals, railway platforms, large cargo yards.
Large-scale area lighting for the villa courtyard, driveway, backyard, etc.
