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Tecnifibre X-One Biphase Natural 134
X-One Biphase is a multifilament/synthetic with round shape and composition based on copolyamide. The average static stiffness is 0.8 kg/mm.
  Resilience peak   Power   Stability
Wilson Sensation Control Natural 130
Sensation Control is a multifilament/synthetic with round shape and composition based on copolyamide. The average static stiffness is 0.67 kg/mm.
  Stability   Resilience peak
Pacific Spin 6 Power Ivory 132
Spin 6 Power is a multifilament/synthetic with hexagonal shape and composition based on polyamide. The average static stiffness is 0.82 kg/mm.
  Spin
Head Rip Control Natural 120
Rip Control is a multifilament/synthetic with round, twisted shape and composition based on copolyamide. The average static stiffness is 0.75 kg/mm.
  Elasticity   Tension holding   Stability
StringLab Gut Touch Spin Amber 130
Gut Touch Spin is a multifilament/synthetic with round shape and composition based on copolyamide. The average static stiffness is 0.63 kg/mm.
  Tension holding   Resilience peak   Elasticity   Stability
Dunlop NT Touch 131
NT Touch is a multifilament/synthetic with round shape and composition based on polyamide. The average static stiffness is 0.67 kg/mm.
  Stability   Comfort
Toalson Toa Gold White 130
Toa Gold is a multifilament/synthetic with round shape and composition based on nylon/polyamide. The average static stiffness is 0.8 kg/mm.
  Tension holding
Wilson Sensation Comfort Plus Black 128
Sensation Comfort Plus is a multifilament/synthetic with round shape and composition based on polyamide. The average static stiffness is 0.8 kg/mm.
  Tension holding   Power   Stability
Msv Spin Plus White 130
Spin Plus is a multifilament/synthetic with round shape and composition based on polyamide. The average static stiffness is 0.58 kg/mm.
  Resilience peak   Tension holding   Stability
String Kong Spin Drill CTRL LE Crosses 132
Spin Drill CTRL LE Crosses is a multifilament/synthetic with round shape and composition based on copolyamide. The average static stiffness is 0.65 kg/mm.
  Resilience peak   Elasticity   Tension holding

Multifilaments

Multifilament strings are made of hundreds or thousands of microfilaments woven together and coated with a protective layer. This structure makes them particularly flexible and similar to natural gut in terms of comfort and feel.

Main Advantages

  • High comfort: they effectively absorb vibrations, reducing stress on the arm and joints. Ideal for those suffering from tennis elbow.
  • Power: their elasticity allows players to generate powerful shots with less effort, perfect for smooth, non-aggressive swings.
  • Feel and touch: they provide good feedback on ball impact, enhancing control and precision.
  • Better tension maintenance: compared to monofilaments, they retain tension longer, offering more consistent performance.

Disadvantages

  • Lower durability: they tend to wear out faster, especially when used by powerful players or those who hit with a lot of spin.
  • String movement: strings can shift during play and may require frequent realignment to maintain optimal performance.

Usage Tips

Multifilament strings are recommended for:

  • Amateur or intermediate players seeking comfort and power.
  • Players dealing with joint or muscle pain.
  • Young or developing players.

To enhance durability and performance, they can be used in a hybrid setup with monofilament strings.


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