A premium offering from Kawasaki, Scalex provides excellent toughness and flexibility for Badminton rackets. It supports the carbon fiber to recover instantly which makes the racket significantly more powerful when hitting, while also providing great control to use the racket more effectively.

The “XENECORE” core technology, with an exclusive international patent, is the very latest in technology for racket manufacturing.  This innovation mixes “water” and “HONEYCOMB-CELL” material and expands them under high temperature to mold the rackets. This gives the player a more receptive sensitive feeling and ease of use to for control

Graphene is the world’s thinnest and most rigid nano material and at Kawasaki Sports, we use it to represent the world’s leading scientific and technological crystallization in the development of a superior Badminton racket. The perfect combination of graphene and carbon fiber technology strengthen the racket, greatly increasing the torsion resistance to give a significant player advantage.

Adopting resin material in nano-level concentration allows the fine particles to penetrate into the gap of the carbon evenly and strengthen the intensity of the structure of carbon material. This makes our badminton rackets withstand greater pull.

Carbon yarn is made by hotmelt technology to make the resin more evenly distributed. This resulting deformation of the carbon yarn makes it much smaller and fills in like oil so you get a Badminton Racket that’s inherently strong.

80T Hi-modulus graphite is the best high density carbon fiber material, with superior mechanical properties, high coefficient and high modulus. This helps making our badminton rackets light weight with fast vibration attenuation, high sensitivity, strong rigidity and torsion resistance index.

This special high density carbon fiber material, with superior mechanical properties also provides high coefficient, high modulus, light weight, fast vibration attenuation, high sensitivity, strong rigidity and torsion resistance index.

This similar high density carbon fiber material, with superior mechanical properties also provides high coefficient, high modulus, light weight, fast vibration attenuation, high sensitivity, strong rigidity and torsion resistance index.

30T Hi-modulus is a blend of lightweight and high strength carbon fibre, which can not only control the weight of the racket, but also control the the intensity and tension of the racket to prevent it from deformation in a high-pound attacking game. It also comes with a two-color coating,

Nickel’s unique function of shape memory, abrasion resistance, corrosion resistance offers high damping and high elastic characteristics. Adopting Nitinol weave technology to wrap the outer layer of the racket, greatly improves the hardness of the badminton racket so that you can also alleviate the fatigue of the game.

This technology greatly enhance the badminton racket strength and toughness, and to make it more operational at 30% providing exceptional control ability, ease of both attack and retreat to safety.

Aircraft-grade woven materials, woven from high modulus coefficient of carbon fiber and nano-epoxy resin at 90 make our badminton racket very strong. This superior endurance allows the racket to be equilibrium at every one angle of force and the stability of structure is more perfect.

The handle can generate negative ions silicone sleeve to help promote human body balance, reduce fatigue and increase the body’s endurance and flexibility.

Use of high quality carbon fiber with high intensity not only ensures the badminton racket strength and tension but also reduces racket weight at the same time; the ultra-light badminton racquet makes the users response fast and more sharper.

Adopt advanced vacuum plating process technology to makes the badminton racket brighter and look more gorgeous and brilliant, which makes the racket look more nicer.

With new 3D water labels, the racket surface looks more vivid, enhance the visual enjoyment of our badminton racket.

Different design structures are adopted on the front and the back of the shaft to obtain two types of different hardness and the switch between attack and defense is available so as to improve the user experience of our badminton racket.

The bore of shaft is in oval structure to make the front and back of racket get strong support. The torque resistance of this shaft is 30% higher than that of the general shaft made of the material on the same level.