TK EXPERIENCE CENTER, NETHERLAND

TK Store Mannheim, Germany

TK TECHNOLOGY

TK continues to push the boundaries of what’s possible. Our 2019 collection is the culmination of years of development, it offers something new and something unique. We strive to give your game that performance advantage, the something extra we all seek. By combining technical expertise with materials science and real-world play testing we’re able to bring ground-breaking technologies to the market and ensure that our sticks offer the very best performance for all players at all levels of the game.

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Advance Matrix Construction

A careful blend of carbon, aramid and glassfibre to create an enhanced construction that results in greater potential output and increased feel.

B10 Hybrid

A technology that fuses a composite shaft with a wooden head to provide a stick that generates the power and stiffness of a composite, but with the feel and control of a wooden stick.

Ballistix

A high performance triaxal weave resulting in a significant increase in torsional rigidity to offer maximum power output and ultralight weight. The Ballistix triaxal weave enables better maoeuvrability during the manufacturing process to offer greater performance and distribution of the materials in key areas.

Carbotrax

A special triaxal weave featuring fabric woven at 0, +60 and -60 offers increased rigidity and structural strength over more traditional biaxal materials. The triaxal weave results in increased torsional rigidity and lighter weight to produce high performance sticks that offer excellent power output and feel

EpoFlex

A modified rubber technology that enhances the bonding of the rubber with epoxy molecules to create a material that provides superior shock absorption.

Graphene Matrix

A matrix system which includes a conventional epoxy resin along with a revolutionary material GRAPHENE, which provides high impact, flexural and tensile strength. This Graphene Matrix results in a significant improvement in micro-hardness when compared to other matrix systems.

Integrated Dampening System

Piezoelectric Fibres convert kinetic energy into electrical signals and finally heat energy helping dissipate ball play vibrations

Nano Technology

A construction which enhances the mechanical strength of the stick to provide maximum stiffness and potential power output.

Reactive Liquid Polymer

A special polymeric additive that improves the strength, durability and performance of the stick.

Traction Control

A careful blend of carbon, aramid and glassfibre to create an enhanced construction that results in greater potential output and increased feel.

TI Reinforcement

The wooden hook is reinforced by a small blend of Carbon, Aramid and Glassfibre for more power, durability and strenght.