BIT

BIT

Dynamic, tailored, sustainable: BIT "draws" the wall thanks to a rhythmic sequence of lights and shadows generated by slight variations of the surface, by alternating recesses and protrusions ... a heat origami.; Design Brian Sironi; Small…

About this product

Dynamic, tailored, sustainable: BIT "draws" the wall thanks to a rhythmic sequence of lights and shadows generated by slight variations of the surface, by alternating recesses and protrusions ... a heat origami.

Design Brian Sironi Small changes that make a difference. The surface of BIT is marked by a sequence of vertical bands generated by small dimensional variations. A sculptural rhythm of "slats" more or less large that determines the overall image of a monolithic radiator made from 100% recycled aluminum. Sustainable and customizable because supplied with a primer that can be painted over so that it can be personalized with the desired color, the same color of the wall or in a contrast color. The electrical part is dry, with a thermal efficiency increased by 30%, electronics are integrated and manageable with "fil pilote". Bitlight is available in three heights 120, 150 and 180 cm in a standard embossed matt white RAL9010 finish or can be embossed lacquered with any color from our chart.

The advantages of aluminum 1_ BIT and BITLIGHT are made of 100% recycled aluminum. 2_ BIT and BITLIGHT can endlessly be recycled (making them environmentally friendly since a ton of recycled aluminum generates 0,1 ton of CO2 versus 1,9 tons of CO2 produced by steel). 3_ BIT and BITLIGHT have 10 times better thermal conductivity than steel (22 to 204 W / m° C). 4_ BIT and BITLIGHT, unlike steel radiators, do not rust. 5_ BIT thanks to its thickness allows the use of high pressure circuits up to 16 Atmospheres against 6 Atm of standard steel radiators. 6_ BIT can be used both with single and double pipe water systems. 7_ BITLIGHT in the electric version has: - Electrical part is Dry - Local thermal probe - Integrated electronics - Management with "file pilote" with a predisposed system.

Design: Brian Sironi

BIT | Antonio Lupi Design S P A