| Flex | Flex |
|---|---|
| Frame | 24T High Modulus Graphite |
| Shaft | 24T+30T High Modulus Graphite |
| Length | 675±1mm |
| Balance Point | 298mm |
| Weight / Grip | 4UG6 / 83g |
| Stringing Advice | 18 - 28 lbs |
| Suitable Type | Beginner |
| Style | Attack |
| Color(s) | Black |
TECHNOLOGY
Aerofoil Frame
Rounded smooth airfoil structure can efficiently reduce the powerful wind-breaking and improve swing speed.
Frame Material
24T High Modulus Graphite
High-performaance carbon technology with unique properties of super-elastic feel and super-tough critical point. Kawasaki laboratory strictly controls the carbon nanotubes added to the resin by rearranging the special layered structure graphite.While ensuring fast rebound feel and excellent comfort,the weight-to-strength ratio is maximized,and the poundage can over more than 30 pounds.
Shaft Material
24T High Modulus Graphite + 30T High Modulus Graphite
Core Technology
Tairyfil Carbon Fiber
Tailin carbon fiber,which needs highercarbonization temperature,finerspinning and longer oxidation time, and which has the characteristics of light weight and high strenght,ensuring that the racket is lightweight and has high strenght and rigidity at the same time.
Graphite Crystallite
Graphite microcrystalline fiber combining with new generation epoxy,with stronger tensile modulus ratio and strength to withstand rigorous dynamic testing (such as high temperature and high tension,hitting,dropping) to ensure the racket durability.
Nano Technology
Resin materials at a nano level are used to allow the ne particles to penetrate into the gaps of the carbon material evenly.This strengthens the structure of carbon material to make the frame of the racket withstand greater pull.
Hotmelt Technology
Carbon yarn is made by hotmelt technology to help make the nano resin more evenly distributed.