Is the badminton racket in Deng Lupu famous?

The brand Deng Lupu is quite famous in Europe, which can be said to be famous!

Deng Lupu's biggest style is the practical style of Europeans. The racket has a high cost performance, but to be honest, its awareness in China is very low. That's why things happen that few people upstairs don't know about.

Deng Lupu (also known as Deng Lupu): an ancient and famous British sports brand. In the past century, Deng Lupu's sporting goods products have been ahead of its peers, among which tennis, squash, squash and golf are the best. MAXPLY FORT, born in 19 17, is the most classic and successful tennis racket in the wooden racket era. From its birth to the elimination of wooden rackets in the early 1980s, it has been one of the favorite models of professional tennis players. MAX 200G, born in 198 1, is the world's first racket made by injection molding technology, and has been selected by many famous players, such as mcenroe, Graf, Nevna Tinova and so on. 1995 is the world's first super-long handle tennis racket. After Deng Lupu invented this design, other manufacturers began to develop this "extended racket". Super-long can be said to be the most representative new invention of racket design after wide-body framing in the 1980s. Deng Lupu has exclusive patented racket technology, such as "Impact Shock Isolation System" damping system, ACS(Advanced Control System) controllable damping system, Shot Blok handle damping patent, D-HOOP Section sweet area expansion patent, Power Wedge patent, Muscle Weave 3D weaving structure patent and so on. In order to improve the strength, control and comfort of the racket, these are revolutionary inventions. Therefore, Deng Lupu has always been known as an "expert in racquet". Badminton racket series products made of Kevlar fiber, carbon fiber, boron fiber, titanium alloy and other materials have superior performance, high quality and high cost performance, which are very popular among badminton and tennis lovers.

Introduction to the technical design of badminton racket in Dunlop (Deng Lupu), England.

Important parameters of Deng Lupu racket:

First, the hardness grade of the racket shaft: extremely soft (ultra-high elasticity/softness), high flexibility (high elasticity/medium softness), medium flexibility (medium elasticity) and rigid (hard).

Second, balance is divided into: light head (light head), uniform (midpoint balance), micro-head weight (micro-head weight) and head weight (head weight).

Third, the design features:

1, aerogel technology: the racket is the lightest in the world, but it can bear 4000 times its own weight. The internal three-dimensional structure, which starts with internal nano-molecules, makes the aerogel racket have lighter weight and more stable internal mechanism, thus improving the hardness of the racket and strengthening the hitting power; Due to the application of the latest material technology, Deng Lupu Aerogel Racket has lighter weight, stronger hitting power and higher hardness. Combined with the M-FIL technology used in the hitting area, it can effectively alleviate the impact force when hitting the ball, so that the aerogel racket has stronger hitting power and better hitting feel.

2.M-Fil: M-FIL is a combination of three materials. These three materials are applied to the hitting area of the racket, so that players can get better hand feeling and hitting hand feeling when the ball hits the racket at the critical moment; The 3D three-dimensional knitting technology adopted in the key points of the racket can improve the torsional stability of the racket, reduce the deformation of the racket when the ball contacts the racket, slow down the impact of the ball on the racket and extend the buffering time.

3, performance overview:

4. ACS: Advanced control system: By strengthening the T-joint area with graphite layer, the torsional strength is improved and the lateral movement is minimized.

Power rib ring: By inserting graphite ridges at the top of the ring, extra tensile stiffness is obtained in this part of the frame. This supports further power generation within the racket structure.