The use of titanium has been widespread for a long time in many
different sectors. It has been used predominantly in the aerospace
industry, but also in the chemical, electrochemical, petrochemical,
shipbuilding and energy industries, and other more specialist
areas such as biomedical, sport, food, ecology and building.

Only
more recently has it been introduced into the optical sector where
it is used for making spectacle frames. Titanium represents the
future of spectacle frames because of its superb mechanical qualities
(48% lighter than a frame made of nickel/silver and twice as resistant
to rust as steel) and chemical qualities (completely corrosion-proof
and 100% biocompatible making it completely hypoallergenic when
in contact with the skin), qualities which make the spectacles
more comfortable, functional, longer-lasting, safer and, equally
importantly, more prestigious.
Pramaor has been present in the sector since 1971 and started
production of frames in pure titanium and

beta
titanium (million beta) in 1993, when it acquired all the necessary
equipment and know-how in Japan, where our technicians have undergone
in-depth training. To guarantee the highest quality standards,
we buy all the metal used for our products in Japan, undisputed
leader in the manufacture of this innovative material, and we
issue a detailed certificate attesting to the metal's quality.
Pramaor is proud to guarantee its products as "pure titanium"
to distinguish its own products from others present in the market
which come labelled as "titanium frames" but are often made from
alloys containing only a small percentage of this valuable metal,
or containing nickel (potentially giving rise to allergies when
in contact with the skin).

They
do not guarantee the same mechanical strength, can be made using
traditional equipment (unlike pure titanium which requires special
equipment) and are definitely less durable over time. The only
alloy we use is beta titanium, which is three times more expensive
than pure titanium, because in addition to titanium's remarkable
qualities, it has greater flexibility and enables thinner frames
to be made. Beta titanium is currently the only alloy which does
not contain nickel (making it hypoallergenic) unlike the alloys
known as "memory titanium" or "titanflex" currently available
which CONTAIN NICKEL. This goes against our manufacturing philosophy
of great attention to biocompatibility, and hence has dissuaded
us from using these alloys.