Table Tennis Rubber: Xiom Omega VII Euro
IMPROVED SPIN DYNAMICS GIVES FIRM AND SOLID GRIP ON THE PLASTIC BALL
ELASTO FUTURA generation with CYCLOID made a significant progress on technical platform. DYNAMIC FRICTION has evolved to synchronize better with CARBO SPONGE and to give extremely powerful advantage for offensive play. New spin ratio per distance created the new equilibrium of speed & control. New generation has finally achieved True Professional Aggression.
CYCLOID is the new innovation methodology that has developed the rubber for specified performance. OMEGA VII lifted the winning probability with new methodology. Arc of ball trajectory is critically higher. Not only net blocks are reduced but also balls land more towards the end line of opponent’s court without going out. Velocity increased by newly calculated spin/distance ratio gives strong advantage to speed and performance. New energy dynamics make topspin balls charged with more power. OMEGA VII creates opportunities to win.
PLASTIC BALL READY – FOR TOP PROFESSIONALS
DYNAMIC FRICTION AGAINST SLIPPERINESS OF THE NEW BALL
UNPRECEDENTED CONTROL AND EXTREME ANGLE SHOTS
Dynamic Friction Technology is developed for the Plastic ball. Performance parameters of the Plastic vary from the Celluloid which mostly impacts on top professional players. Dynamic Friction Technology originally adopted from the Snow Tire physics makes for unprecedented level of friction.
Dynamic Friction is different from normal rubbers because the rubber in a very fast movement makes the proper contact against fast moving balls without the decline of power. Dynamic Friction rubber grabs the slippery Plastic ball with higher friction at contact and as a consequence it increases the spin rotation dramatically at the same speed. Thanks to the higher friction you can also catch the ball at any extreme angle which is a true professional advantage.
BLACK TENSOR CARBO SPONGE
THIS IS A REVOLUTION! The colour of CARBO SPONGE is black which is the symbol of advanced technology. CARBO SPONGE shows incomparable energy efficiency due to the insertion of carbon composite into the new structure of rubber sponge. The energy loss during the process of deformation and consequent restoration of sponge is less than that of any other sponge. This means that more energy is transferred to the ball during impact. The result is higher spin and power of the ball. Slight reduction of weight is another advantage of the use of the new material.