Black Knight Quicksilver TC (2023)
Black Knight Quicksilver TC (2023)
SKU:BK-SQQSTC-F23
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Black Knight Quicksilver TC (2023)
$108.08
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Black Knight Quicksilver TC (2023)
$108.08
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- Description
- Specs
- Technologies
- Reviews
Description
Hard hitters who like to take the ball early, and control players who depend on racquet speed, touch and precision, will both find a lot to like in the Black Knight Quicksilver TC (2023). The slender bridged head design and light 125g weight is head light. Engineered with Thermal Core technology and X Modulus Graphite (XMG), this racquet has been designed to provide increased maneuverability & swing speed.
Strung with Ashaway SuperNick XL Micro.
Black Knight Quicksilver TC (2023) Squash Racquet Specs:
- Head Size: 487 sq. cm
- Weight: 125 g.
- Head Shape: Teardrop
- Throat: Closed
- Balance: Head Light
- Dynamic Weight: 120
- Rigidity Index: RF - 88
- Composition: nano-Carbon XS / Quartz Carbon / X Modulus Graphite / Thermal Core
- String Pattern Style: Fan
- String Pattern: 14 Mains x 19 Crosses
- Recommended Tension: 26 - 29 lbs.
- Product Code: BK-SQQSTC-F23
- Colour: Carbon
- Colour: Yellow
Technologies
nXS
Nano-Carbon Technology (nXS) is an specially formulated carbon fiber enhanced with tighter weaves in the fiber for better durability.
Quartz Carbon
High Modulus Graphite infused with Quartz Carbon fibers to provide even greater strength and durability
HMG
HMG or High Modulus Graphite is created through specialized heat treatment processes to create a stiffer graphite. Often this material is combined with quartz carbon materials to enhance tensile strength.
Thermal Core
A revolutionary process that heats the racquet core to a higher temperature during the curing phase by blowing super-heated air through the core of racquet frame. The racquet structure is then cured uniformly inside and out. Thermal Core modification to the carbon fibres makes the frame extremely responsive; stiff yet playing with the reactive properties of a more flexible frame. The resulting hit is the best of both worlds - the control of a very stiff frame with the power of a more flexible frame.