TK 1 Plus Xtreme Late Bow Field Hockey Stick
Ever wondered what happens when you combine the highest levels of materials, technology and enviable looks? The TK 1 Plus Xtreme Late Bow is the answer.
24k CARBON - This is a 24K spread tow carbon fiber which offers exceptional strength and stiffness compared to biaxial carbon fibers. Triaxial fabrics are composed of three sets of parallel yarns corresponding to three directions: 0°, -60° and +60 °, resulting in a material that demonstrates quasi-isotropic properties. The end result is a stick with a significant increase in torsional rigidity to offer maximum strength, power output and ultra-lightweight.
Integrated Dampening System - Included in the handle within the structure of the stick is an enhanced piezoelectric fiber cell which converts vibration waves firstly to an electrical signal which is then dissipated as heat energy, all of which is undetectable to the player. By using IDS, TK was able to produce sticks with extreme stiffness without the need to compromise on touch and feel.
NANO POLYMER REINFORCEMENT - A self-assembling group of co-polymers are linked together and then spread throughout the structure of the stick to increase the laminate strength. In conventional constructions, glassfibre is needed to improve the feel and therefore add weight. By adding the NPR to the epoxy, TK was able to significantly increase the impact strength and at the same time offer sticks with much greater feel despite their ultra-high stiffness.
• Level: elite
• Shape: extreme low bow
• Composition: 95% carbon, 5% kevlar
• Targeted weight: 510 grams
THE EXTREME LOW BOW The Extreme Low Bow shape maximizes dynamic ball control, aerial pass skills and drag flick consistency. This shape can be used all over the field.
24k CARBON - This is a 24K spread tow carbon fiber which offers exceptional strength and stiffness compared to biaxial carbon fibers. Triaxial fabrics are composed of three sets of parallel yarns corresponding to three directions: 0°, -60° and +60 °, resulting in a material that demonstrates quasi-isotropic properties. The end result is a stick with a significant increase in torsional rigidity to offer maximum strength, power output and ultra-lightweight.
Integrated Dampening System - Included in the handle within the structure of the stick is an enhanced piezoelectric fiber cell which converts vibration waves firstly to an electrical signal which is then dissipated as heat energy, all of which is undetectable to the player. By using IDS, we are able to produce sticks with extreme stiffness without the need to compromise on touch and feel.
NANO POLYMER REINFORCEMENT - A self-assembling group of co-polymers are linked together and then spread throughout the structure of the stick to increase the laminate strength. In conventional constructions, glassfibre is needed to improve the feel and therefore add weight. By adding the NPR to the epoxy, we are able to significantly increase the impact strength and at the same time offer sticks with much greater feel despite their ultra-high stiffness.
