Golf is an immensely popular sport and clubs are at the heart of what makes the game so strategically interesting and technically challenging to master.
Sometimes headlines involving golf can be grabbed by something quite independent of the game itself; however, for those focused on the equipment rather than distractions on the course, the question of bonding golf club heads to the shaft is an intriguing one to unpick.
When picking an adhesive for this task, you need to look beyond the basic epoxies that might be available at the nearest hardware outlet. Golf club heads need to withstand plenty of punishment, not only when they impact the ball but also when they are swung with force through an arc by the player, meaning a more specialist solution is required.
The brittleness of standard epoxy adhesives means they are not especially resistant to the impacts that will be levelled against them when bonding a golf club head to the shaft; therefore, a two-part mixture is preferred for this task, for reasons that should become apparent.
Products available from companies such as metal bonding adhesive supplier Ct1 should do the trick, combining epoxy valium with a matrix that makes use of the flexibility of rubber to allow for torsional strength in addition to the much-needed ability to soak up impacts without disintegrating. This is especially important because significant forces will be focused upon a relatively small joint with each swing, putting the adhesive under more pressure than Donald Trump over his controversial Ayrshire golf course.
A two-part epoxy that is ideal for bonding golf club heads will have a number of advantages over traditional adhesives, aside from the simple ability to keep the head in the correct position without coming unstuck.
Firstly, the mixing process is simple and the curing of the adhesive can take place at room temperature or be accelerated with a little heating if you want to hurry along the process.
Secondly, this metal bonding adhesive is not only well suited to use on golf clubs but can also be used to bond other materials together, especially in instances where its shock-absorbing potential will be valuable.
With various adhesives that cater to this market on offer, it is a good idea to compare the options and pick the one that works best.