Moonrays 91754 Richmond-Style Solar LED Metal Path Light, Rubbed Bronze - 2 pack

Description

The (3) rechargeable batteries (included) charge using the sun’s rays and advanced solar technology to provide light for up to 8-hours on a full battery charge. Made of metal, this light has a rubbed bronzed finish and ribbed glass lens. The convex lens has wider ribbing, which provides greater light output and enlarges the area of illumination. The convex lens has wider ribbing, which provides greater light output and enlarges the area of illumination. The LED bulb will never need to be replaced and will remain cool to the touch at all times. The Richmond style light can provide safety and security while enhancing the beauty of your home. The Richmond Solar Powered LED Pathway Light adds a decorative touch to your pathway, patio or garden, all while taking advantage of solar energy. The solar lights gather energy from the sun during the day, and then automatically come on at dusk to provide a pattern of light exactly where you want it. This light is brighter because they put out more LUX than regular solar lights, which is the measurable amount of light that falls on the ground (area of illumination). Made of metal, this light has a rubbed bronzed finish and ribbed glass lens.

Key Features

• The (3) rechargeable batteries (included) charge using the sun’s rays and advanced solar technology to provide light for up to 8-hours on a full battery charge.
• The Richmond style light can provide safety and security while enhancing the beauty of your home.
• The convex lens has wider ribbing, which provides greater light output and enlarges the area of illumination.
• The solar lights gather energy from the sun during the day, and then automatically come on at dusk to provide a pattern of light exactly where you want it.
• Made of metal, this light has a rubbed bronzed finish and ribbed glass lens.
• The Richmond Solar Powered LED Pathway Light adds a decorative touch to your pathway, patio or garden, all while taking advantage of solar energy.