TECHNOLOGY

#BT  |  BELT TECH

This construction is characterized with a high-density foam combined with EPS that permit a parabolic construction that fix the board’s rails an consent to not use a wood stringer. This belt around the board fix the board curvature and give a waterproof outline against paddle and rocks accidental punches. The construction is finished with a Bio-Epoxy resin with special qualities that permit a non-vacuum construction, minimum weight and environmental respect. The EPS is a low-density foam that is very light but trap a high quantity of air inside. This air is subjected to atmospheric changes, as temperature, that produce internal pressure changes. With a one-directional passive valve that adjust automatically the pressure changes inside, we are able to solve the problem and the customer does not remember to close it before a session.

This construction is recommended to the entire rider that performance and lightness are priority number one.

#CR  |  CARBON RAILS

This construction is characterized with parabolic carbon rails. First aim of this construction is to increase the rigidity and resistance. The carbon rails perform like a parabolic stringer around the board intensify the torsion. This construction is characterized with a high-density foam combined with EPS that permit a parabolic construction that fix the board’s rails an consent to not use a wood stringer. This belt around the board fix the board curvature and give a waterproof outline against paddle and rocks accidental punches. The construction is finished with a Bio-Epoxy resin with special qualities that permit a non-vacuum construction, minimum weight and environmental respect. The EPS is a low-density foam that is very light but trap a high quantity of air inside. This air is subjected to atmospheric changes, as temperature, that produce internal pressure changes. With a one-directional passive valve that adjust automatically the pressure changes inside, we are able to solve the problem and the customer does not remember to close it before a session.

This construction is recommended to the entire rider that like to surf massive waves.

#CC  |  CORECORK

This construction is characterized with the Core-cork (pressed cork) material. Essential behavior of the cork is the infinity elasticity and the non-memory down a pressure action. It mean that the surface of the board is not damaged with small pressure spots by the use and the feeling down your foots is a “soft“ mat as an anti-shock to do not lost speed during the surfing. This construction is characterized with a high-density foam combined with EPS that permit a parabolic construction that fix the board’s rails an consent to not use a wood stringer. This belt around the board fix the board curvature and give a waterproof outline against paddle and rocks accidental punches. The carbon rails perform like a parabolic stringer around the board intensify the torsion. The construction is finished with a Bio-Epoxy resin with special qualities that permit a non-vacuum construction, minimum weight and environmental respect. The EPS is a low-density foam that is very light but trap a high quantity of air inside. This air is subjected to atmospheric changes, as temperature, that produce internal pressure changes. With a one-directional passive valve that adjust automatically the pressure changes inside, we are able to solve the problem and the customer does not remember to close it before a session.

This construction is recommended to the entire rider that feeling and performance are priority number one.