Due to their makeup, multifilament strings are high on comfort, so even if you can’t tell the ...
HOW TENNIS STRINGS DIFFER IN THEIR CHARACTERISTICS AND MATERIALS AND HOW THEY INFLUENCE YOUR GAME. Author: LISA MADER GENERAL. Tennis strings are just as individual as the rackets in which they are strung. They differ in their material, their manufacturing and especially their playing characteristics.
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Thinner strings tend to provide more power, feel and spin potential than a larger diameter string of the same type, although the thicker string will provide more control and durability. ELASTICITY This is a term to describe a string's ability to deform and spring back to its original alignment.
Tennis String Construction. 1. Solid Core with Outer Wrap. As the name suggests, this type of tennis string is made of a solid core with a thin layer of an outer wrap. The ... 2. Monofilament. 3. Multifilament: 4. Textured. 5. Composite.
The oldest type of tennis string on the planet is natural gut and it's the string of choice for a lot of professional players including Roger Federer himself. The Swiss Maestro strings with a hybrid setup of natural gut in his mains and luxilon in the crosses, which, much like his style of play, is a blend of old and new.
Tennis string gauges range from 15 (thickest) to 19 (thinnest), with half-gauges identified with an L (15L, 16L, etc), which is short for "light". A 15L string is thinner than a 15 gauge but thicker than a 16 gauge string. Thinner strings also provide more spin potential by allowing the strings to embed into the ball more.
The most common open string pattern racquets are 16x18 and 16x19. These are called open string patterns because the squares are larger, or another way to look at it is the string spacing is larger. The advantages of open string patterns are that is is easier to hit with depth, power and spin.
The popular Wilson Spin effect racquets, with 16 x 15, 18 x 16, and 18 x 17 string patterns, have found up to a 200 RPM increase on the ball. As a result, the strings have 3.3 times more movement and 69% more “snap back,” or recoiling of the strings before the ball leaves.