Product Review: Multifilament Tennis String

Multifilament strings have no centre core, but are made up of hundreds or thousands of strands of material twisted together, usually with an outer coat for added protection. Typically, aging of multifilament strings exhibit a ‘furry’ nature to the strings as the outer coat wears and the individual fibres break.

These type of strings are the softest synthetic strings available and therefore give the best playability and have the best elasticity and tension maintenance short of natural gut. To simulate natural gut as much as possible, many filaments are wound together then covered by a more resilient outer layer to provide durability.

They are extremely durable (hence good for frequent string breakers). They also create a very stiff string bed, which allows the player to swing very hard but not lose control of the ball.

Silver Sky Multifilament Comfortmax offers a perfect balance of playability, durability and is a softer string which offers less shock. Silver Sky Multifilament Comfortmax in simple terms is an arm friendly string. Designed specifically to absorb impact shock and help reduce the risk of tennis elbow.

Multifilaments often tend to be more expensive, but a cheaper alternative to natural gut.

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Hybrid Tennis Strings

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Instead of just using one type of string on both the mains and crosses, players have begun stringing rackets with two different types of strings, one for the mains and one for the crosses. This type of stringing is called hybrid stringing.


Hybrid Stringing is also knows as “blend”. Generally, main strings break first as they tend to move more during impact and therefore endure more abrasion than the crosses.  As a consequence, usually a hybrid installation will assign a more durable (harder) string to the mains and a more playable (softer) string to the crosses.  Durability may not be the primary motive for choosing a hybrid though, often hybrids are chosen partially or entirely for their performance characteristics.


Some benefits of hybrid stringing is it can lower the cost of an expensive string. Say natural gut is a player’s preferred option, but the high price tag coupled with frequent restringing makes it too costly. Using a cheaper, tougher nylon in the crosses will increase durability and lower the overall cost. Will it feel exactly like a full set of gut? No. But the minimally damaging effect on overall playability is a worthwhile concession. Same goes for lowering the price on a high-end polyester by combining it with a cheaper alternative.

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Tennis String “Natural Gut”


There is no single factor that makes it stand out; in fact, you can get better individual characteristics from a variety of materials. It is how well it melds them all together that makes it special.


The elastic characteristics of natural gut allow it to react to the impact of the ball in such a way that it returns almost all of its energy in the form of velocity. This energy efficiency allows you to use a smooth natural swing, and yet hit harder with far more control.


Natural gut gives the impression of loading up slowly, and accelerating the ball smoothly. Players say the ball stays on the racquet longer. Some report that it “cups” the ball better. Its added power allows you to get all of the ball velocity you want out of a smooth, comfortable, natural swing. This combination of characteristics, added to natural gut’s ability to “bite” into the ball provide excellent control, are what makes it special.

Dynamic stiffness is the way a string reacts to impact.  Natural gut has about the lowest dynamic stiffness which means it continues to “stretch” as the ball makes contact.  This “stretch” mitigates the shock associated with impact and creates a very comfortable ball impact.


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Your Tennis String’s Performance

In order to determine your tennis string racquet performance, you need to try out a few different brands, and then determine the best type of string for your game. A knowledgeable racquet technician can assist you with what type of string is best for you, based on your style of play.

Tennis strings are pivotal to the performance of your racquet, without them, there would be no point of contact, all puns intended.

A higher stiffness means more control, less power, and less comfort. Stiffer strings exhibit higher peak impact tension, higher peak force, less string deflection, and shorter dwell time (time on the strings). This leads to less power because the higher force crushes the ball more and loses energy. It leads to less comfort because the higher force for a shorter time creates greater shock to the hand and arm. And it creates more control because less time on the strings means less time for the force of ball impact to twist and turn the racquet’s aim and also less time for the ball to take a ride on a racquet swing that is constantly changing the direction of its aim as it sweeps through both its horizontal and vertical arcs. The size of the arc sweep during the bounce duration affects the direction of the bounce.

Tension of the string is also very important to the playability of a string. If you increase the tension of the string you will increase the control and your spin capabilities. The tighter the string the more it will dig into the ball giving you more accuracy. When you decrease the tension of the string it in turn will increase your power and give you a larger sweet spot. One other benefit of having less tension is that it doesn’t send as much shock and vibration into your hand and elbow which can reduce your chance of arm injury.


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Product Review: Kevlar Tennis String

Kevlar is an extremely stiff material and provides excellent durability, as much as 5 times the durability of nylon.

Because Kevlar strings are so stiff and have almost no elasticity, they are mostly combined with another more elastic string to increase playability. A combination of one type of string on the mains and another type of string on the crosses is called a hybrid string job.

The durability of this Kevlar is combined with the responsive playability of a high grade polyamide. The low elongation and high tensile strength of Kevlar prevents abrasion resulting in longer string life. A lively polyamide cross string produces increased energy return to the ball.

  • The kevlar tennis string is the most durable tennis string which is available on the tennis string market.

  • You shouldn’t really use this tennis string unless you are a chronic tennis string ‘breaker’. Watch out, this type of tennis string is very stiff, plays uncomfortably and generates very little power.

  • This is also very damaging for your arm and wrist. If you do use kevlar tennis strings, we advise you to lower the tension by 10%.

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String Tension Power

Most tennis players choose a tennis racquet with great care, but many don’t realize that their racquet’s stringing may have a more profound effect on their game than their carefully chosen frame.


String tension can change the way a player plays the game.  It is more than a minor factor in power and control.  Aside from swing speed, string tension may be the most important factor in power.  Control is directly impacted by tension, as well.


Racket strings have more punch when they’re strung loosely because the ball dwells on the string bed longer, creating a trampoline effect. Years ago, when players used natural gut strings, this kind of slingshot power came at the expense of control—so most players opted for tighter strings and pinpoint placement.


If you are a player with a full and powerful swing, make sure that you have your racquet tension strung as tight as the manufacturer’s recommendations suggest. Conversely, if you have a medium to short swing, without a lot of racquet speed, then you may wish to have the racquet strung with less tension. Tighter tennis racket string tension = control / Looser tension=power.

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Tennis String Guage

Gauge refers to the thickness of thetennis strings. Thicker gauges offer increased durability. Most strings on the market are between 15 gauge (the thickest) and 18 gauge (the thinnest). The thinner the string, the better it will play-you’ll get more “feel” and control because the string bites into the ball. Thinner gauges offer increased elasticity and spin potential.  The downside: Thin strings break more quickly. Your best bet is to start with a 17-gauge string; if it snaps in 10 hours or less, go to a 16-gauge.

The most commonstring in tennis is 16 gauge. This is what you will find in most tennis racquets. It is the preferredstring for most recreational and competitive players. 16L gauge is a slightly thinner version of the popular 16 gaugestring that dominates thestring market today.

If you’re new to tennis, start with basic nylon tennis string, with a thicker gauge, like 15. As you improve, try out different brands of string, and thinner gauges, until you find the right type of string for you. Determining string tension is a little trickier. If you want control, tennis string it as tight as the manufacturer recommends. If you’re looking for power, string it at the lowest end of the recommended tension. 17 and 18 gauge stings, meanwhile, along with their thinner counterparts 17L and 18L, are used by advanced and professional players who want to create more spin.

Players who are primarily concerned with playability will look for a high resiliency rating whereas players looking for longer string life will choose a high durability rating.

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Tennis Strings for Great Spins

It is often assumed that control is linked with the ability to apply spin to the ball. Players often say “high tension strings bite into the ball giving more spin.” (“Biting” is used in common tennis parlance to mean creating more friction by increasing the space between strings for the ball to sink into; using rougher, stickier, textured, or shaped strings to “grab” the ball; using thinner strings to dig into the ball; or using higher tension to increase surface contact forces.)


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Recommended Tennis Strings for Spins:

Silver Sky Redline Rough Banger 16 Polyester

- Not only is co-polyester string heptagonal in shape, it’s twisted and textured for even more bite on the ball. This crisp feeling string provides a ton of access to spin for good control while holding tension well and having good durability.

Silver Sky Redline Turbo Spin 16 Polyester

- The string has an heptagonal profile designed to produce increased ball bite and spin potential. Turbo Spin offers exceptional durability and posseses spin friendly characteristic.

Silver Sky Polymax 17 Polyester

- Silver Sky Polymax has almost no tension loss, excellent ball control, & is spin friendly.


Silver Sky Dura Spin Rough Synthetic Gut 16

-  Unlike the original synthetic gut, the rippled surface allows more spin and power.

The importance of the contact distance can be illustrated by considering the action of a tennis player hitting a “heavy” topspin shot. Changing racquet tension does not affect spin, but it does affect string movement, dwell time, and ball contact distance. These latter parameters all can affect the ball trajectory as well as the player’s feel of the impact. The main advice is that high string tensions make your shot more consistent and make it easier to hit topspin shots.


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String Tension for Tennis Racquet

The strings you put in your racket are key to how the racket performs, accounting for at least 50% of its performance. They are what you are contacting the ball with; they are the engine of your racket. Putting a poor quality or inappropriate string in your racket would be like putting the engine from a Vespa scooter into a Formula One car; it just won’t perform optimally. But, with so many different strings out there, how do you know which one is right for you?

Within the recommended tension range for a given set of strings, lower tensions offer significantly less stress on the arm and slightly more power, and higher tensions offer significantly more control at a given level of topspin.

Generally, tighter strings offer more control, looser strings more comfort. Looser strings also seem to have more power because they tend to hit farther, probably due to their prolonging contact with the ball while the racquet moves upward with the stroke. String tension has a profound effect on the way a racquet performs and feels. I’ve seen lots of players hate a racquet strung at one tension, then love an identical frame strung differently. (This is a good point to keep in mind when trying racquets you’re considering buying.) There’s no single best tension, and the pros offer little guidance, with a huge range in their preferred tensions and no apparent correlation to style of play.

Topspin improves control by making the ball fall faster as it flies forward. For a swing at a given speed and upward angle, some strings produce more topspin at lower tensions, some at higher tensions, with differences on the order of 10% or less.

Looser strings hit farther in part because the ball stays on the strings longer, and because on most swings the racquet tilts upward and rises as it moves forward, a ball that stays on the strings longer leaves the racquet on a higher trajectory.

Finding strings you really like can require some experimentation. If you start by deciding how much durability you require, then you’ll be able to stick with the results of your play-testing.

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Tennis Racket and String Facts

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Racket Facts

  • A heavier frame generates more power.

  • A heavier frame vibrates less.

  • A heavier frame has a larger sweetspot.

  • A stiffer frame generates more power.

  • A stiffer frame has a larger sweetspot.

  • A stiffer frame transmits more of the shock load to the arm than a more flexible frame.

  • A larger frame generates more power.

  • A larger frame is more resistant to twisting.

  • A larger frame has a larger sweetspot.

  • A longer frame generates more velocity and therefore more power.

  • The string bed in a longer frame generates more spin due to increased velocity.

String Facts

  • Lower string tensions generate more power (providing string movement does not occur).

  • Higher string tensions generate more ball control (for experienced players).

  • A longer string (or string plane area) produces more power.

  • Decreased string density (fewer strings) generates more power.

  • Thinner string generates more power.

  • More elastic strings generate more power. (Generally, what will produce more power will also absorb more shock load at impact.)Softer strings, or strings with a softer coating, tend to vibrate less.

  • Thinner strings tend to produce more spin.

  • Decreased string density (fewer strings) generates more spin.

  • The more elastic the string, the more tension loss in the racket after the string job.


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