Profesionali badmintono raketė Kawasaki High tension G6 Blue
Kawasaki High Tension G6 is an excellent choice for players who prefer an attacking style of play while maintaining a quality strategy.The medium stiffness of the racket provides a balance between control and power, which allows you to increase the effectiveness of hits. With a string tension of up to 14.5 kg, the model can be used for a wide variety of styles, greatly improving accuracy. High modulus graphite is responsible for elasticity. Carbon fiber is combined with epoxy resin using nanotechnology. Due to this balance, weight reduction is achieved, but the necessary rigidity and elasticity of the rod is maintained, and the risk of deformations is also reduced.The rim of the racket has a special structure, thanks to which it absorbs and levels shock vibrations, allowing you to maintain control over the game situation. Technologies used in the Kawasaki High Tension G6 racquet: 30T HI-MODULUS GRAPHITE Graphite with an elastic modulus of 24T has a high level of sensitivity, elasticity and at the same time dampens unwanted vibrations, thereby improving the quality of hits and comfort during the game. 24T HI-MODULUS GRAPHITE Graphite with an elastic modulus of 24T has a high level of sensitivity, elasticity and at the same time dampens unwanted vibrations, thereby improving the quality of hits and comfort during the game. AEROFOIL FRAME The technology consists in creating a special design of the rim, reminiscent of the profile of an aircraft wing, which allows to reduce air resistance, increase the speed of the racket and increase the power of blows. HOT MELT A method of gluing layers of material using high-temperature melting of glue. Allows you to create stronger and more durable connections, which in turn improves the quality of the product and reduces vibration during the game. NANO Carbon threads specially designed to form the base of the racquet. This type of nanomaterial has high strength, which allows to reduce the weight of the racket and at the same time increase the allowable level of tension.
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Kawasaki High Tension G6 is an excellent choice for players who prefer an attacking style of play while maintaining a quality strategy.The medium stiffness of the racket provides a balance between control and power, which allows you to increase the effectiveness of hits. With a string tension of up to 14.5 kg, the model can be used for a wide variety of styles, greatly improving accuracy. High modulus graphite is responsible for elasticity. Carbon fiber is combined with epoxy resin using nanotechnology. Due to this balance, weight reduction is achieved, but the necessary rigidity and elasticity of the rod is maintained, and the risk of deformations is also reduced.The rim of the racket has a special structure, thanks to which it absorbs and levels shock vibrations, allowing you to maintain control over the game situation. Technologies used in the Kawasaki High Tension G6 racquet: 30T HI-MODULUS GRAPHITE Graphite with an elastic modulus of 24T has a high level of sensitivity, elasticity and at the same time dampens unwanted vibrations, thereby improving the quality of hits and comfort during the game. 24T HI-MODULUS GRAPHITE Graphite with an elastic modulus of 24T has a high level of sensitivity, elasticity and at the same time dampens unwanted vibrations, thereby improving the quality of hits and comfort during the game. AEROFOIL FRAME The technology consists in creating a special design of the rim, reminiscent of the profile of an aircraft wing, which allows to reduce air resistance, increase the speed of the racket and increase the power of blows. HOT MELT A method of gluing layers of material using high-temperature melting of glue. Allows you to create stronger and more durable connections, which in turn improves the quality of the product and reduces vibration during the game. NANO Carbon threads specially designed to form the base of the racquet. This type of nanomaterial has high strength, which allows to reduce the weight of the racket and at the same time increase the allowable level of tension.