Stick Technology

TK STICK

TECHNOLOGY

The launch of the TK 2019 collection marks an important milestone in our brand’s 30-year history. Connecting the dots between past, present and future, the elephants are going full circle and return to the back of a TK stick. While the shape and crossed trunks trace back to the good old days, the updated, modern version represents the progressive philosophy of a brand that hasn’t stopped innovating for over three decades.

With Perfection of Quality being the ultimate goal, we constantly strive to refine and advance our products. We take pride in the craft of creating equipment for top hockey players with the utmost care and elaboration.

Embracing the Past. Shaping the Future.

BALLISTIX

BALLISTIX

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GRAPHENE OXIDE EPOXY

GRAPHENE OXIDE EPOXY GIS

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CARBOTRAX

CARBOTRAX

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EPOFLEX

EPOFLEX

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TRACTION CONTROL SURFACE

TRACTION CONTROL SURFACE

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NANO TECHNOLOGY CONSTRUCTION

NANO TECHNOLOGY CONSTRUCTION

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REACTIVE LIQUID POLYMER

REACTIVE LIQUID POLYMER

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INTEGRATED DAMPENING SYSTEM

INTEGRATED DAMPENING SYSTEM IDS

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CARBON STRAIGHT BAR REINFORCEMENT

CARBON STRAIGHT BAR REINFORCEMENT CSBR

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ADVANCED MATRIX CONSTRUCTION

ADVANCED MATRIX CONSTRUCTION

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BIOTECH HYBRID INTEGRATION

BIOTECH HYBRID INTEGRATION

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TOTAL INTEGRATION

TOTAL INTEGRATION Ti

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BALLISTIX

BALLISTIX

An ultra-refined version of the Carbotrax triaxial weave which offers hyper rigidity and improved structural strength. The Ballistix triaxial weave enables better manoeuvrability during the manufacturing process to offer greater performance and distribution of the materials in key areas. The result is a significant increase in torsional rigidity to offer maximum power output and ultralightweight.

GRAPHENE OXIDE EPOXY

GRAPHENE OXIDE EPOXY GIS

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.

CARBOTRAX

CARBOTRAX

CARBOTRAX
The new Carbotrax technology uses a special triaxial weave featuring fabric woven at 0, +60 and -60 offers increased rigidity and structural strength over more traditional biaxial materials. The triaxial weave results in an increase in torsional rigidity and lighter weight to produce high performance sticks that offer excellent power output and feel.

EPOFLEX

EPOFLEX

A modified rubber technology that enhances the bonding of the rubber with epoxy molecules to create a material that provides superior shock absorption. In traditional methods the addition of this extra layer results in a poor bonding between the rubber and the stick, the result being that this additional layer can easily come away. The use of EPOFLEX means that this weakness is taken away as this additional layer becomes an integral part of the sticks construction which further enhances the shock absorption properties and improves longevity.

TRACTION CONTROL SURFACE

TRACTION CONTROL SURFACE

A new anti-slip material that offers supreme touch and feel on the stick. The material enhances control and first touch, behaving brilliantly in wet conditions.

NANO TECHNOLOGY CONSTRUCTION

NANO TECHNOLOGY CONSTRUCTION

Nano Technology constructions features a multiwall layering of carbon nanotubes to create a larger nanostructure which has extraordinary strength. This structural technology eradicates the rotational twisting and flexing of the shaft to maximise the potential power output. In addition, this technology also allows the production of lightweight sticks without reducing the overall strength.

REACTIVE LIQUID POLYMER

REACTIVE LIQUID POLYMER

A modified epoxy system that forms a dispersed phase of particles with a diameter of just a few micrometres to increase the strength of the stick and the performance of the fibre matrix. The overall effect is a noticeable enhancement of the fibre matrix to improve the strength, durability and performance of the stick against regular composite constructions.

INTEGRATED DAMPENING SYSTEM

INTEGRATED DAMPENING SYSTEM IDS

TK’s proprietary technology utilises Piezoelectric Fibres, active ceramic fibres that demonstrate a unique property that converts kinetic energy into electrical signals and finally heat energy helping dissipate ball play vibrations. Vibrations that would normally travel to the handle are therefore converted and dissipated as heat, undetectable to the player.

CARBON STRAIGHT BAR REINFORCEMENT

CARBON STRAIGHT BAR REINFORCEMENT CSBR

A specially designed reinforcement where the unidirectional carbon roving is aligned at the zero angle with un-woven carbon and then bonded together in sheet form. These straight carbon bars are then held together during the production process to keep their alignment and the zero angle. This reinforcement process has been refined for 2017 by our technology team to produce stiffer sticks that maximise potential power output.

ADVANCED MATRIX CONSTRUCTION

ADVANCED MATRIX CONSTRUCTION

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

BIOTECH HYBRID INTEGRATION

BIOTECH HYBRID INTEGRATION

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.

TOTAL INTEGRATION

TOTAL INTEGRATION Ti

A special polymer that is integrated into the construction of wooden sticks to provide additional reinforcement in areas of high impact.

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