The golf shaft is responsible for transferring the force of your swing from your hands to the club head. The material your golf shaft is made of can have a significant impact on the accuracy, distance and trajectory of your shots. Graphite golf shafts have become an increasingly popular alternative to traditional steel shafts. They offer several advantages to beginning golfers and seasoned pros alike because of their weight, performance and durability.
Increased Distance
Graphite golf shafts are typically lighter in weight than their steel counterparts, which helps to increase distance for players with a slower swing speed. According to GolfALot.com, graphite shafts generally weigh between 50 and 85 grams, compared to 120 grams for steel shafts. For players with less physical strength, a graphite shaft can be easier to swing compared to a heavier steel club. The graphite's lightness also adds a certain amount of whip to the ball, which can help maximize the loft, trajectory and distance of your shot. GolfALot.com recommends graphite shafts for beginning players who have not yet perfected their swing, as well as for ladies and senior golfers who need a more flexible shaft and are not as concerned with shot control.
Fewer Vibrations
The composition of graphite shafts makes it more difficult for them to transfer vibrations from a poorly hit shot. For inexperienced players who may strike the ball improperly, the vibrations felt in the arms and hands can be uncomfortable and affect your ability to properly grip the club. While this dampening may potentially reduce your ability to correct your shots, graphite shafts are generally easier on your body overall. Golf Research In Play recommends graphite shafts for older players or those individuals who have issues with back or joint pain, arthritis of the hands, arms or wrists.
Durability
While steel shafts are generally considered to be the most durable, improved graphite shaft technology is making it possible for them to be as equally long-lasting. According to GolfALot.com, graphite shafts are constructed using a graphite tape with an epoxy binder. The tape and binder are wrapped around a steel mandrel, heated and then cooled. The steel mandrel is removed, leaving a hollow graphite tube which is then sanded, painted and laminated. Graphite shafts won't rust and their laminate seal offers a level of durability comparable to steel.
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