Which shaft is better graphite or steel?
Historically speaking, steel shafts have been better for more advanced or higher swing speed players. Graphite has been more ideal for people with more moderate swings or players wanting maximum distance.
Should I switch from graphite to steel shafts?
Most players that choose steel shafts in their irons will stick with that same material in the wedges. Steel in the wedges provides a bit more control, which is very important around the greens. Players that do not have as much strength in their game should go with graphite shafts.
Do pros use steel or graphite shafts?
Do Pros Use Graphite or Steel Irons? The majority of PGA Tour pros will use graphite shafts for their woods and steel shafts for their irons. This is because they generally have high swing speeds and benefit from the stiffer, more durable, steel shafts.
When did they stop using graphite golf shafts?
While many companies came out with their graphite shafts, Wilson Golf Company was the first large company to launch the graphite shaft in 1974. Due to its cost and lightweight, for some time after 1974, many golfers stopped using Graphite shafts.
When to use graphite or steel shaft Irons?
Steel shafts should almost always be used in putters and wedges, but the rest are really up to you. Also, drivers should almost always be graphite shafts. If you have the expertise to hit solid shots and the swing speed for steel shafts, then you can certainly have steel shaft irons.
What’s the difference between graphite shafts and carbon fiber shafts?
Whereas, graphite shafts are manufactured using multiple layers of carbon fiber held together by resin. These layers of fiber and resin are good in stiffness and strength which gives more avenues for designers to consider.
Which is the best material for golf shafts?
Golfers with steel shafts can attest to this fact. The contributing factor in keeping these steel shafts sturdy is the carbon steel alloy and the chrome plating. Till the time they do not crack or bend, they can last for a number of years which gives them added advantage over all other materials used for manufacturing shafts.