Badminton 2011

4/44

Flexural Strength(Bending Strength)Flexural Modules(Stiffness)Impact Strength(Resisting External Shock)Conventional Graphite100100100NANOPREME114121124Comparison of physical propertiesNANOPREME imageEpoxy resinULTRA SLIM LONG SHAFTTMNANOPREMETMYONEX has spent five years researching materials which will provide both high strength and high repulsion – a task often thought to be impossible using carbon technology. Following the development of revolutionary materials such as Fullerene, CS Carbon Nanotube and X-Fullerene, YONEX can now unveil our latest world-exclusive NANOSCIENCE material: NANOPREME.NANOPREME is a new level in ‘Nano-technology’, operating on a scale of less than one billionth of a metre by using an epoxy resin to bind graphite fibers together. NANOPREME overcomes the limited qualities of carbon technology to provide stiffness, high resilience and high repulsion from a single racquet material for the very first time.VOLTRIC SERIESThe performance of the shaft is essential for all badminton racquets because it affects power, speed and control. A thinner shaft will be more repulsive, but reduces the resilience against bending. Stiffening the graphite improves resilience but can make the shaft fragile. By installing NANOPREME in the whole shaft, YONEX has generated more repulsion and created a more resilient shaft. NANOPREME has allowed us to develop the thinnest shaft in YONEX history.VT80 is more stable compared to conventional racquets due to the presence of NANOPREME in the shaft. When bending and releasing two racquets under the same force, the VT80 racquet rebounds almost twice as far as a conventional racquet does in the same length of time (0.018 seconds). This equates to 10% greater stability from VT80 compared to conventional racquets.THE THINNEST EVER WITH MORE POWERCombining incredible power and lightning fast racquet handling for the first time, VOLTRIC can take your game to a whole new level.

※このページを正しく表示するにはFlashPlayer9以上が必要です