Oltre il metallo -1- 20101112 p.1 - 42.cdr - DieMMe
Oltre il metallo -1- 20101112 p.1 - 42.cdr - DieMMe
Oltre il metallo -1- 20101112 p.1 - 42.cdr - DieMMe
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Materiali - Materials<br />
Copper and its alloys<br />
Industrial production of sheets<br />
of copper and its alloys now<br />
means these materials are a<br />
viable option for the creation of<br />
sophisticated false ce<strong>il</strong>ings.<br />
Copper, needless to say, is known<br />
for its impressive properties -<br />
durab<strong>il</strong>ity, easy workab<strong>il</strong>ity, ease<br />
of maintenance - along with its<br />
considerable compatib<strong>il</strong>ity with<br />
most other bu<strong>il</strong>ding materials.<br />
What's important is that you can<br />
now incorporate copper and its<br />
alloys into your design to achieve<br />
false ce<strong>il</strong>ings with an original<br />
reddish tinge or colours ranging<br />
from brown to green depending<br />
on how long it has been left to<br />
oxidize. In false ce<strong>il</strong>ings, being<br />
i n d o o r a p p l i c a t i o n s , t h e<br />
oxidation process w<strong>il</strong>l be very<br />
slow and consequently you can<br />
opt for protective painting or<br />
waxing treatments to fix the<br />
colour at the desired stage of<br />
oxidation.<br />
Aluminium composite panels<br />
Composite panels are made up<br />
of two sheets of aluminium alloy<br />
s a n d w i c h i n g a b l a c k<br />
polyethylene core bonded<br />
together with a continuous<br />
manufacturing process, meaning<br />
it can be cut to size.<br />
The outer face can be prepainted<br />
with a finish oven baked on<br />
using the PVDF mult<strong>il</strong>ayer system<br />
ava<strong>il</strong>able in an extremely wide<br />
range of colours. Thanks to this<br />
panel's exceptional versat<strong>il</strong>ity,<br />
they are chosen by designers as<br />
an ideal material to bring their<br />
ideas to life, sketching the<br />
outline of a cutting-edge trend in<br />
interior architecture.<br />
Metal fabrics<br />
The strength and durab<strong>il</strong>ity of<br />
stainless steel have made it<br />
possible to produce splendid<br />
transparent metal fabrics, which<br />
are particularly well suited to the<br />
needs of the most refined<br />
designers. They are created by<br />
weaving flexible cables and rigid<br />
rods together to produce fabrics<br />
with the unusual quality of being<br />
rigid one way and malleable the<br />
other. Hence natural waviness,<br />
curves with varying radiuses and<br />
highly shaped elements can be<br />
produced. The density and<br />
diameter of the wires used in the<br />
weaving generate an everc<br />
h a n g i n g d i s p l a y o f<br />
transparencies and reflections<br />
when hit by the light: this creates<br />
patterns of light and shade that<br />
give the structure new aesthetic<br />
prospects and centre piece<br />
status.<br />
Wood<br />
Sadi uses even false ce<strong>il</strong>ings<br />
made of wood and MDF in his<br />
projects. They are particularly<br />
i n d i c a t e d w h e r e s o u n d<br />
absorbence is required.<br />
2.04