The History Of Hockey: The Evolution Of The Hockey Sticks

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“The Blackhawks have the puck here in OT against the Blues, and we are all tied up at two. The Blackhawks are in control of the puck. Kane takes the puck. Kane’s skating down the ice. Kane passes the puck. Tarasenko slides in front of it! Tarasenko steals the puck. He’s skating back down the ice. He gets around Kane! It’s Tarasenko versus the goalie! Tarasenko sets up! Slapshot! The Blues win the game!” This is just one of the many commentaries that can be heard on any given night of a hockey game. Hockey has been around for decades, and like many sports, it is loved by many as their favorite sport of choice. One of the many key components if not the most important component to a hockey game is the hockey stick. Hockey sticks have been around …show more content…

The sport of hockey was invented in the 1800s (game). The first hockey sticks invented were made of wood from the hornbeam tree (Feschuck). These hockey sticks were cut from a single piece of wood, and they featured an upturned blade (Feschuck). Hespeler’s 1905, the Hespeler stick company designed the first two piece hockey stick (Feschuck). This hockey stick had a blade that was inserted into the shaft (Feschuck). Later in the 1950s, manufacturers began to wrap their wood blades in fiberglass (Feschuck). In addition to these improvements, in the 1960s Stan Mikita broke the blade of his hockey stick by shooting the puck with a curved method (Feschuck). After doing this, Mikita and a fellow teammate began to bend their blades under door jams in order to increase the curvature of the blade and further strengthen it …show more content…

These blades are made again of carbon fiber. This carbon fiber material is used in order to protect the core of the blade of the hockey stick which is a small bladder between two pieces of foam. These pieces of foam help to cushion the impact on the blade when hitting a puck, and it also increases the speed at which a player can shoot a puck. It takes thirty-five layers of carbon fiber in order to protect the blade from breaking when hitting a puck. After these layers are wrapped around the blade, the blade is packed into a heated mold and pressurized using eight tons of pressure in order to combine all the layers of carbon fiber together. At this same time, the bladder inside of the blade expands as well, which puts pressure on the blade from the inside out. After these blades cool they are inserted into the shaft of the hockey stick, and they are secured using a super strong glue. After the hockey sticks are strength tested, they are painted, designed, and ready to be used on the ice

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