WHY BIOCERAMIC AGAINST HEAT
Resistex
Bioceramic is a fiber made by polyester tied with bio-ceramic materials, able
to offer a precise solution for each human need, both inside and outside. UV-A and UV-B ultraviolet rays injure the body, causing irritations and sunburns, but Bioceramic is able to
protect the skin.
On the other hand, there is the ability to reflect the rays of a caloric nature: by screening the
heat of the sunlight, lowering the temperature of the inner surface of the fabric and ensuring
freshness and comfort during sporting activities or the normal routine of the man .
WHY BIOCERAMIC AGAINST COLD
Thanks to the presence of bio-ceramics, Resistex
Bioceramic has a high thermal
insulation that allows to maintain constant body temperature even in extreme cold conditions.
Finally, Resistex
Bioceramic plays a stimulating action of the microcirculatory
system and of constant strengthening of the metabolism.
A YARN AGAINST POLLUTION
The pollution of the atmosphere is progressively compromising the protection of the ozone
layer, facilitating the passage of ultraviolet rays, reducing the possibility of absorbing the
precious FIR, instead increasing the harmful effects on human health. Based on these
needs, Resistex
Bioceramic has created a yarn able to guarantee total well-being to the body.
INNOVATIVE FEATURES:
• last generation yarn made by polyestere fibers and bioceramic materials resistent even
after multiple washings;
• high level of flexibility in combination with natural fibers;
• total protection against UV-A and UV-B rays;
• active barrier against the sun: long lasting freshness for the body during sport activity or
exposure to the sun;
• high level of thermal insulation due to bio-ceramic fibers that shields from cold;
• FIR emission to stimulate the body’s microcirculatory system and the strengthening of the
metabolism.
Applications
The range of Resistex
Bioceramic yarns can be used in various sectors due to their extraordinary qualities.
Resistex
Bioceramic, thanks to its characteristics of protection from UV-A rays (main cause
of damage to fibrous tissues, drying and premature aging of the skin) and UV-B rays
(absorbed by the skin and subjecting it to burns), and its extraordinary characteristic of
reproducing FIR (far infrared rays), able to stimulate the micro circulatory system, finds
multiple applications in:
• Socks and sportwear;
• Underwear;
• Blankets;
• Mattresses;
• Casual clothing;
• Knitwear;
• Bed sheets.
