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Box Type
Frame
Unique box shaped frame to build a stable frame
structure, and the stability of the rackets will be
improved, as well as the accuracy when striking.
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 The
application of nanometer technology upgrades the racket´s
manufacturing process in an all round way and thus breaks
the limit in hitting intensity.
The original Li-Ning TB Nano technology bonds the carbon
fibers and resin to an unprecedented level with natural
perfection. More stable, slimmer and tougher, so an ideal
racket is here with 20% strength increase.
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The racket made of ultra rigid carbon fibers with
higher strength and rigidity, sustainable for more string tension, and reducible to the risk of frame
deformation.
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High
Tensile Slim Shaft
 The
7.0mm top slim shaft design provides extreme strength and
easier free control. Perfect balance with racket weight
and moving inertia and aerodynamics. High tensile slim
shaft as the mainstay of power and skill, strictly and
precisely release the intention of players, in a cohesive
state of racket and the body.
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As a
breakthrough to the traditional shaft, Li-Ning has
originally introduced the cone shaped racket shaft design
with patent. By moving up the bending point of the shaft
could increase flexibility of the racket, enhance
controlling feel, and empower athletes to express their
intentions more clearly and perfectly.
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The rigid carbon fiber is used to decrease the weight and improve its strength for easy control. The carbon fiber helps decrease frame weight and ensures higher strength and rigidity.
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70 Holes
The
innovative 70 hole racket uses 26 less string holes than
normal racket, which could reduce the damage to the whole
racket and ensuring more excellent performance of
intensity.
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AirStream
System
Air vents
are reserved at points 5 and 7 o´clock of the
racket frame so that air can pass smoothly through the
racket frame, which reduces air resistance and enhances
swing speed.
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 State
of the art technology combined with real data collected
from players' practice, optimized shaft´s
performance through continuous improvement.
Based upon
bionic study results, ergonomics and trial data collected
from top professional players, the racket shaft with
frontal bending point is accomplished that greatly improve
smash accomplished, performance especially for half-smash.
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Shock
Absorption System
High tech
light shock absorption materials filled in racket frames,
put the striking power together, smoothly transmit the
power, improving smash performance and avoiding injuries
from movements.
Inner Wave Frame
Top
technology and advanced design make force deployed evenly
on the frame and lower the air resistance for a stable and
prompt return stroke. Reduce air resistance and improve
frame intensity.
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Stabilized
Torsion Angle
The
stabilized torsion angle ensures high elasticity of the
racket. It helps to create high quality strike back, even
though the hitting point departed from the sweet point.
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Titanium
Extra-Elasticity
Titanium
alloy could provide maximum repulsion power when striking
and also able to provide striking, continuous fast attack.
By using the metal memory could stabilize the racket from
shocking and brings about a quick, accurate and stable
second stroke.
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Reinforcing
Technology
Multi layer
carbon fibers plus exquisite handcraft
accomplishes a strong quality racket with excellent
strength and durability. According to the tough level of
various angle carbon tissue and the distribution of
pressure point, strengthen multi angle and multi layer of
portion. Man made precision, in place of machine process,
reduce the creases and make
the racket tougher.
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Aerotec
Beam System
Based on
aerotec beam system, support of advanced calculation and
gathered practicing data, the structure and shape of
rackets frame section have extreme low drag coefficient
and high intensity, to enable the players´ performance in
various shots
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Wing
Stabilizer
Introducing
aviation technology design that releases the metal
performance memory and improves control on strokes.
The crossover application of aviation technology on Li
Ning products Wing Stabilizer Mechanism. It would control
the frame restoration precisely at the moment of
deformation and to restrain the shake resulting from
vibration waves. The anti torsion performance of strokes
is improved under high tension conditions and brings about
a quick, exact and stable second stroke.
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Dynamic-Optimum
Frame
All round
optimized design improves racket mechanical structure for
more efficient attack and defense system.
The sweet point extends upward and the hitting point is
moved higher. The effective defense area is enlarged for
severe smash by dynamic optimum frame. The hitting
velocity is improved considerably with widened stringing
area and increased bounce strength.
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