Hockey Catalogue - Full PDF

Recommendations

Info

graphene enhanced technology graphene enhanced technology graphene enhanced technology graphene enhanced technology graphene enhanced technology grays composite construction graphene enhanced technology graphene enhanced technology grays composite construction graphene enhanced technology graphene enhanced technology grays composite construction graphene enhanced technology grays composite construction graphene enhanced technology graphene enhanced technology graphene enhanced technology graphene enhanced technology graphene enhanced technology graphene enhanced technology graphene enhanced technology graphene enhanced technology graphene enhanced technology graphene enhanced technology graphene enhanced technology graphene enhanced technology grays composite construction grays total indoor technology grays composite construction grays total indoor technology grays composite construction grays total inddor technology grays composite construction grays total indoor technology grays total indoor technology grays total indoor technology grays total indoor technology grays composite construction grays composite construction grays composite construction grays composite construction grays composite construction grays total indoor technology grays total indoor technology grays total inddor technology grays total indoor technology grays total indoor technology grays total indoor technology grays total indoor technology grays total indoor technology grays total inddor technology grays total indoor technology grays total indoor technology grays total indoor technology grays total indoor technology kn12000 kinetic core technology kn11000 kinetic core technology Kinetic Graphene GX GTI Technology Outdoor Indoor kn11000 Gr10000 Gx3000 gti 7000 kinetic core technology kn10000 Gr8000 Gx2500 gti 6000 kinetic core technology grays total inddor technology ic kn12000 kinetic Graphene Gr11000 core technology GX Gx3500 GTI gti 11000 kn10000 Gr8000 Gx2500 gti 6000 kinetic core technology Gr11000 kn11000 kn8000 Gx3500 Gr10000Gr7000 gti 11000 graphene enhanced technology Gx3000 Gx2000 gti 7000 gti 5000 kinetic core kinetic technology core technology grays total indoor technology kn8000 Gr7000 Gx2000 gti 5000 kinetic core technology Gr10000 Gx3000 kn10000 Gr8000 Gx2500 gti 7000 graphene enhanced technology gti 6000 kinetic core kn7000 technology Gr6000 gti 4000 kinetic core technology grays total indoor technology kn7000 Gr6000 gti 4000 kinetic core technology Gr8000 kn8000 Gr7000 Gx2500 Gx2000 gti 6000 graphene enhanced technology gti 5000 kinetic core technology kn6000 Gr5000 gti 3500 kinetic core technology grays total indoor technology kn6000 Gr5000 gti 3500 kinetic core technology Gr7000 kn7000 Gr6000 Gx2000 gti 5000 gti 4000 kinetic core technology kn5000 Gr4000 gti 2000 kinetic core technology grays total indoor technology kn5000 Gr4000 gti 2000 kinetic core technology Gr6000 kn6000 Gr5000 gti 4000 gti 3500 kinetic core technology Why Power, control and speed? Why Power, control and speed? 1. Defining a stick by Gr4000 its performance properties gti (PCS) 3500rather than just gti 2000 the material composition makes it 1. easier Defining for a players stick by its to performance select a stick properties to match (PCS) their rather game. than pcs just DEFINITIONS the material ARE GIVEN composition makes it easier for players to select a stick to match their game. pcs DEFINITIONS ARE GIVEN Why Power, control and speed? gti 2000 1. Defining a stick by its performance Energy transfer properties from (PCS) the rather stick to than the just ball, the measured material by composition outbound ball Energy transfer from the stick to the ball, measured by outbound ball wer, control makes and it speed? easier for Power players velocity to select and a influenced stick to match by stick their stiffness game. pcs DEFINITIONS ARE GIVEN velocity and influenced by stick stiffness the higher the the higher outbound the outbound ball velocity, ball velocity, the higher the higher the power the power rating rating a stick by its performance properties (PCS) rather than just the material composition asier for players to select a stick Energy to match transfer their from game. the pcs stick DEFINITIONS to the ball, ARE measured GIVEN by outbound ball 1. PCS Gr5000 kn5000 kinetic core technology Defining a stick by its performance BELOW. properties (PCS) Gr4000 makes it easier BELOW. for players to select a stick Power to match their game. BELOW. Power POWER: Energy transfer from the stick to the ball, measured by outbound ball velocity and influenced by stick stiffness. The higher the outbound ball Control velocity, the higher the power rating. velocity and influenced by stick stiffness the higher the outbound ball velocity, the higher the power outbound rating outbound velocity velocity r Energy transfer from the stick to the ball, measured by outbound ball velocity and influenced by stick stiffness outbound Outbound velocity velocity igher the outbound ball velocity, the higher the power rating Control Energy Energy absorption absorption of the of stick the when stick when receiving receiving the ball the ball determines determines the the outbound velocity rebound properties, measured by the coefficient of restitution rebound properties, measured by the coefficient of restitution the lower the coefficient of restitution, the higher the control rating the lower Control Energy the coefficient absorption of the restitution, stick when the receiving higher the the ball control determines rating the rebound properties, measured by the coefficient of restitution CONTROL: the lower the coefficient of restitution, the higher the control rating outbound velocity Energy absorption of the stick when rol Energy absorption of the stick when receiving the ball Outbound determines outbound velocity the velocity coeffiecient rebound properties, measured by the coefficient of restitution receiving the ball determines the coeffiecient of restitution ower the coefficient of restitution, the higher the control outbound rating velocity inbound rebound properties, measured by the coeffiecient velocity of restitution Inbound inbound velocity velocity of restitution COF. The lower the COF, the higher Fast-paced inbound 2-D and velocity 3-D skills require optimum hand speed, outbound Speedvelocity the control rating. Fast-paced governed 2-D and by 3-D a combination skills require of dead optimum weight hand and speed, balance point Speed Coefficient of restitution (COF) Fast-paced the higher governed 2-D the and balance by coeffiecient 3-D a skills combination point require and the optimum of lighter dead hand weight the speed, deadweight, and balance the higher point the speed rating Speed of restitution the higher governed the balance by a combination point and of the dead lighter weight the and deadweight, balance point the higher the speed rating SPEED: the higher inbound the balance velocity point and the balance lighter point the deadweight, the higher the speed deadweight rating balance point deadweight Fast-paced 2-D and 3-D skills require balance optimum pointhand speed, deadweight d 500g 560g governed by a combination of dead weight and balance point optimum hand speed, governed by Low High Light Heavy igher the balance point and the lighter the deadweight, the higher the speed rating 500g 560g 500g 560g a combination of dead weight and Low Low High High Light Light Heavy Heavy balance point 2. material composition alone deadweight doesn’t give a complete representation of stick performance. balance point; the higher the Grays balance products have been Deadweight precisely engineered utilisng each and every technological factor 2. material 2. material composition that composition affects alone power, alone doesn’t control doesn’t give a and complete give speed. a complete representation These are representation shown of stick below. performance. point and the lighter the deadweight, of stick performance. Grays Grays products products have been have precisely 500g been precisely engineered engineered utilisng each 560g utilisng and every each technological and every technological factor factor Low that that affects High affects power, power, control control and Light speed. and These speed. are These shown Heavy are below. shown below. EPOXY GRAPHENE TRI-TEC TWILL UD l composition alone doesn’t give CHOOSE A PCS RATING TO MATCH RESIN a complete YOUR MATRIX representation GAME: FIBRE of ORIENTATION stick performance. RESIN MATRIX MATRIX ducts have been precisely engineered utilisng each and every technological FIBRE ORIENTATION factor EPOXY GRAPHENE TRI-TEC TWILL UD TWILL cts power, Here is control an example and of how speed. the ratings These MATRIX EPOXY are displayed: shown MATRIX below. GRAPHENE TRI-TEC TWILL UD MATRIX MATRIX 2018 epoxy matrix Gr matrix Gr11000 graphene enhanced technology Gx3500 grays composite construction Kinetic Graphene GX GTI 2 • www.grays-hockey.com • Grays <strong>Hockey</strong> 2019/20 kn12000 Outdoor Gr11000 Gx3500 Indoor gti 11000 kinetic core technology graphene enhanced technology grays composite construction grays total indoor technology Gr10000 gti 7000 graphene enhanced technology grays total indoor technology Fast-paced 3-D skills require the higher the speed rating. RESIN MATRIX EPOXY MATRIX GRAPHENE MATRIX 2018 2018 FIBRE ORIENTATION TRI-TEC GRAYS epoxy matrix RESIN MATRIX epoxy matrix Balance point Gr matrix Gr matrix TWILL UD TWILL CARBON Gx3000 grays composite construction FIBRE ORIENTATION FIBRE GRADE TWILL FIBRE GRADE CARBON TWILL gti 11000 grays total indoor technology FIBRE GRADE CARBON FIBRE GRADE CARBON
www.grays-hockey.com • Grays <strong>Hockey</strong> 2019/20 • 3 2. MATERIAL COMPOSITION Grays products are optimised using the finest materials. These materials, technically engineered for best performance allow the consumer to control all factors that affect their game. - Carbon The Grays collection is uniquely engineered to have optimal levels of reinforcement. Our premium, lightweight carbon enhances the stiffness and power of each stick, and is available in a number of exclusive formats. TRITEC This unique carbon reinforcement provides multi angular strength, giving unrivalled structural stability to the stick and maximum power transfer when striking the ball. TWILL UD Twill carbon with additional torque bars provides extra stability against twisting forces, also increasing the strike zone of the stick. TWILL High-modulus carbon is woven to create an interlinking structure which reinforces mechanical integrity and increases power transfer. – Fibreglass Glass fibre exhibits excellent wear resistance and durability. The inclusion of this material improves the feel of the stick. – Natural Fibres Adding natural fibres to the composition of the GTI sticks achieves the feel of wood and the power of carbon fibre, the ultimate stick for indoor performance. – Kinetic Core The core technology in the Kinetic range allows a better balanced, precision stick to be produced. Effective redistribution of weight maximise balance and speed. 2018 GRAYS STICK TECHNOLOGY MATERIAL COMPOSITION - UNIQUE NATURAL FIBRE - INTERNAL KN FOAM - FIBREGLASS - ARAMID - CARBON FIBRE RESIN MATRIX EPOXY MATRIX epoxy matrix GRAPHENE MATRIX Gr matrix RESIN MATRIX – Epoxy Grays exclusive thermoset resin matrix is used to bond the fibres together and develop the final carbon and glass reinforced polymer. The resin matrix stiffens fibres and facilitates the transfer of high mechanical loads through the stick. FIBRE ORIENTATION TRI-TEC TWILL UD – Graphene matrix By combining our exclusive mix with Graphene, Grays have achieved the ultimate epoxy matrix. Graphene is exceptionally strong and lightweight and the two dimensional lattice is widely used in leading technological and innovative product. The graphene matrix allows additional protection from abrasion. TWILL FIBRE GRADE CARBON ARAMID GLASS
Page 1: Hockey Collection 2019/20
Page 6 and 7: 4 • www.grays-hockey.com • Gray
Page 12 and 13: 10 • www.grays-hockey.com • Gra
Page 54 and 55:
52 • www.grays-hockey.com • Gra
Page 56 and 57:
Page 58 and 59:
Page 60 and 61:
Page 62 and 63:
Page 64 and 65:
Page 66 and 67:
Page 68 and 69:
Page 70 and 71:
Page 72 and 73:
Page 74 and 75:
• Loose cut for complete comfort.
Page 76 and 77:
Page 78 and 79:
Page 80 and 81:
Page 82 and 83:
Page 84 and 85:
Page 86 and 87:
Page 88 and 89:
Page 90 and 91:
Page 92 and 93:
Page 94 and 95:
Page 96 and 97:
WELCOME TO THE GRAYS GRIP RANGE Gra
Page 98:
Grays of Cambridge (International)
show all

Hockey Catalogue - Full PDF

You also want an ePaper? Increase the reach of your titles

Delete template?

Save as template?