News
THE WORLD OF STC
TECHNOLOGIES
The different angle of the composite winding allows you to get the necessary voltage in different directions.
A high-strength composite material that holds fiber-optic fibers, carbon fiber, and basalt.
Honeycomb wedge design, providing low weight and compressive strength.
The glued wooden core provides optimal weight and strength.
The 3D profile of the ski allows you to reduce weight and increase torsional transverse stiffness.
Diamond grinding allows you to prepare the sliding surface for all weather conditions.
Molded socks and heels increase the strength of the joints and reduce vibrations.
Fluorinated sliding surface with nano additives.
Very strong and lightweight fiber-reinforced polymer.
Computer processing is used to minimize the difference between the stiffness of one ski and the other in a pair of skis.
The different angle of the composite winding allows you to get the necessary voltage in different directions.
A high-strength composite material that holds fiber-optic fibers, carbon fiber, and basalt.
Honeycomb wedge design, providing low weight and compressive strength.
The glued wooden core provides optimal weight and strength.
The 3D profile of the ski allows you to reduce weight and increase torsional transverse stiffness.
Diamond grinding allows you to prepare the sliding surface for all weather conditions.
Molded socks and heels increase the strength of the joints and reduce vibrations.
Fluorinated sliding surface with nano additives.
Very strong and lightweight fiber-reinforced polymer.
Computer processing is used to minimize the difference between the stiffness of one ski and the other in a pair of skis.