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Hope
Designers
Gomez Paz, Francisco
Rizzatto, Paolo | 2010
Rizzatto, Paolo | 2010
Rationalisation of materials and a visual lightness were the inspiration in creating Hope. It’s polycarbonate petals are actually formed by Fresnel lenses that optimise reflection and refraction which enhance the luminous effect, but reduce energy consumption.
A series of thin polycarbonate Fresnel lenses, created using imprinted microprisms on polycarbonate film to achieve a dioptric effect similar to glass (without any limitations in terms of space, thickness and weight), multiply the light from the light source, recreating a pleasant, glittery and party-like atmosphere, sprinkled with thousands of shards of light like the diamond which inspired the name: Hope. Hope – the fruit of a brilliant project and manufacturing process – has been designed for use with any type of light source: the latest generation of halogens and energy-saving fluorescent light bulbs.
Used in the following projects:
Thor Specialties office
René Lezard
René Lezard
RESOURCES
Product data sheet 220v - 240V
D66/18 td.
| Materials | Structure in polished stainless steel.
Arms in polished stainless steel and transparent polycarbonate.
transparent polycarbonate prismatic lenses Polished and transparent |
| Difuser Colors | transparent |
| Versions | Indoor |
| Data Sheet |
|
D66/8 td.
| Materials | Structure in polished stainless steel.
Arms in polished stainless steel and transparent polycarbonate.
transparent polycarbonate prismatic lenses Polished and trasparent |
| Difuser Colors | transparent |
| Versions | Indoor |
| Data Sheet |
|
Product data sheet 110v - 120V
D66/08 td
| Materials | Structure in polished stainless steel. Arms in polished stainless steel and transparent polycarbonate. transparent polycarbonate prismatic lenses Polished and trasparent |
| Difuser Colors | transparent |
| Versions | Indoor |
| Data Sheet |
|












