Architecturally designed high-power LED exterior bollard fixture. This die-cast aluminum cylinder with a powder-coated finish features a high top with a radiant downlight to illuminate walkways and paths effectively.
Great quality light fixtures. Anonymous. Mon Jun 15 2026
Architectural designed high powered LED exterior bollard fixture, high-pressure die-cast aluminum square-shaped housing with four rectangular-shaped openings which radiate the light downward and throughout all openings and surrounding areas of the bollard.
Architecturally designed high-power LED exterior bollard fixture. This die-cast aluminum cylinder with a powder-coated finish features a high top with a radiant downlight to illuminate walkways and paths effectively.
Architectural designed high-powered LED exterior bollard fixture, high-pressure die-cast aluminum square-shaped housing with four rectangular-shaped openings which radiate the light downward and throughout all openings and surrounding areas of the bollard. IK10 Rated.
Bring definition and architectural interest to outdoor sites and along paths or planted beds with bollards of perfect solid geometry and LED lighting functionality.
Architecturally designed high-power LED exterior bollard fixture. This die-cast aluminum cylinder with a powder-coated finish features a high top and cage design with a radiant downlight to illuminate walkways and paths effectively.
Architecturally designed high-power LED exterior bollard fixture, die-cast aluminum cylinder with clear PC cover, evenly radiates light downward, illuminates itself and surrounding area. IK10 Rated.
With Nut bollards, we’ve wanted to expand the family and take the bollards out into the garden to blend them with the green of the plants and bushes. The bollards emit a halo of nuanced, direct lower light at an angle of degrees.
With Nut bollards, we’ve wanted to expand the family and take the bollards out into the garden to blend them with the green of the plants and bushes. The bollards emit a halo of nuanced, direct lower light at an angle of degrees.
