CLESSIDRA 20° + 20° OUTDOOR LED LIGHT BY ANTONIO CITTERIO
Inspired by the shape of the hourglass, the Clessidra lamp from Antonio Citterio emits diffused direct and indirect light. This stunning wall light has a body made of die-cast aluminum with a powder-coated finish and a diffuser in PMMA (Polymethyl methacrylate). There is an aluminum wall attachment. The cover is in PA66. The fixture has a moisture rating of IP55. A back-plate with a brown finish is included to cover the junction box.
Clessidra also has non-replaceable, specially designed high-efficiency lenses.
Clessidra is an elegant option for illuminating hallways and outdoor spaces. It features an LED light source, and the fixture is non-dimmable.
Inspired by the shape of the hourglass, the Clessidra lamp from Antonio Citterio emits diffused direct and indirect light. This stunning wall light has a body made of die-cast aluminum with a powder-coated finish and a diffuser in PMMA (Polymethyl methacrylate). There is an aluminum wall attachment. The cover is in PA66. The fixture has a moisture rating of IP55. A back-plate with a brown finish is included to cover the junction box.
Clessidra also has non-replaceable, specially designed high-efficiency lenses.
Clessidra is an elegant option for illuminating hallways and outdoor spaces. It features an LED light source, and the fixture is non-dimmable.
Description
Inspired by the shape of the hourglass, the Clessidra lamp from Antonio Citterio emits diffused direct and indirect light. This stunning wall light has a body made of die-cast aluminum with a powder-coated finish and a diffuser in PMMA (Polymethyl methacrylate). There is an aluminum wall attachment. The cover is in PA66. The fixture has a moisture rating of IP55. A back-plate with a brown finish is included to cover the junction box.
Clessidra also has non-replaceable, specially designed high-efficiency lenses.
Clessidra is an elegant option for illuminating hallways and outdoor spaces. It features an LED light source, and the fixture is non-dimmable.
