Tennis racket weight with high density tungsten alloy
Compared to lead, high-density tungsten alloys are more suitable for the weighting blocks of the new generation of tennis rackets, not only because they are non-toxic and healthy and have a high relative density, but also because they are more resistant to corrosion and oxidation. So why do tennis rackets have counterweights?
A high density tungsten alloy reduces the twist probability of the racket. When the ball does not hit the center of the racket, the counterweight weight can effectively reduce the number of twist and twist Angle of the racket, and thus improve the accuracy and power of the ball.
High density tungsten alloy increases the effective hitting area of the racket surface. The best place to hit a racket is in the center or below the center of the bed, but most players hit the ball from the upper center of the bed, resulting in a weak hit. Therefore, weighting at 2 and 10 increases the effective hitting area of the racquet so that the ball hits the upper part of the string bed more steadily and forcefully.
Three high density tungsten alloy to increase the weight of the racket. If you just want to increase the weight of the racquet and give it more power and stability, you can add tungsten alloy to the neck of the racquet, or at the six o 'clock position. This will increase the swing weight of the racquet and also sacrifice some flexibility.
That's why rackets use weights. High specific gravity tungsten alloy stands out from many counterweight materials because of its high density, non-toxic environmental protection and long service life, and is considered to be the best choice for paddle weights.
In addition, tungsten-based alloys are widely used in the defense industry, aerospace industry, medical industry, electrical industry and other industries due to their remarkable physical properties such as density, strength, hardness, ductility, electrical conductivity and other properties.
