HOW BIOCERAMIC IS MADE
After several years of research Tecnofilati’s R&D department selected a certain type of
minerals characterized by thermic capacity and light reflection properties to create a new yarn
named Resistex
Bioceramic The minerals chosen are:• Titanium Dioxide • Silicon Dioxide •
Aluminium Oxide • Zinc Dioxide The minerals were subjected to different processing steps to
make them a nanometer-sized powder which subsequently allowed them to be added to
PET and give life to the Resistex Bioceramic Master Batch. The Master Batch was mixed
with Polyester and subsequently extruded to obtain the Resistex Bioceramic yarn, both
filament and fiber.
PROTECTING FROM UV-RAYS
By absorbing static energy from electrosmog and UV-A / UV-B rays, it becomes a special
protection to the human body.
PERMANENT
Because of its structure, it mantains a constant effectiveness over time, even after multiple
washings.
INSULATING
Bioceramic offers a high level of thermal insulation that maintains the body temperature
constant ,even in cold environments.
SUN-SHIELDING
The Bioceramic fiber ensures long-term freshness during sun exposure and sports activities.
EMISSION OF FIR
Thanks to the action of the bioceramic, the body heat is absorbed by the yarn and then
returned to the system in the form of FIR rays able to penetrate the subcutaneous layers and
to stimulate the microcirculatory system, strengthening the metabolism.
