Anodization, also known as “anodizing” or “colorization”, is a process by which aluminum alloy golf clubs are given a shiny, metallic sheen. This treatment, which can be applied in a professional manner or by hand, enhances the visual attractiveness of the clubs and makes them more durable. It is, therefore, imperative to anodize your golf club if you are planning to use it regularly.
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The Benefits Of Anodizing
Anodized golf clubs are more resistant to damage and, therefore, more durable. In addition, the shiny coating can enhance the visual appearance of the club, making it more appealing to the eye. When a golf ball is struck by a shiny, anodized club, it will have a more pleasant appearance and, therefore, will go farther than the same hit by a dull club.
Since the coating is not visible to the naked eye, it provides the golfer with a more pleasing trajectory, even in strong winds. In addition, the light reflecting off the surface gives the impression of smoother airflow, even when the clubhead is moving quickly. This is very useful when trying to “flight” the ball, as well as on long drives, which can improve your game. The durability and aerodynamic properties of anodized golf clubs make this treatment an essential part of any golfer’s equipment.
The Different Types Of Anodization
There are three basic types of anodization: satin matte, brilliant matte, and polished. Each type provides its own benefits and, therefore, is appropriate for use in certain situations. For example, if you are hitting a short, fast drive, then a brilliant matte finish would be the best option to protect the clubhead from damage. If you are hitting a long shot with the aid of the wind, then a polished finish would be the best choice to allow the maximum amount of air drag and, therefore, the ball to travel farther. In most cases, a combination of the two is ideal, providing the best of both worlds. Even when using the brightest and the most vibrant colors, it is advisable to go for a satin or a brilliant finish to retain the original look of the aluminum alloy for as long as possible. When deciding which type of anodization to use, one should bear in mind the type of golfer they are, the climate, and the surface conditions at play. For example, if the surface is naturally dry and has a dusty appearance, then a polished finish would be the best option, as it will keep its matte finish for as long as possible.
Finally, although the metallic luster of anodized aluminum alloy golf clubs is highly desirable, one should always remember that it is practically impermanent. This is because the coating is not meant to last more than a few months before it begins to peel off in patches. In addition, the exposure to the environment and the abrasive action of foot traffic speed up the breakdown of the coating, exposing more of the aluminum base metal. Once this occurs, the original matte finish will be visible, along with some flaking paint.
For as long as possible, it is advisable to utilize the protective properties of the coating and avoid playing on the surfaces where this is most likely to occur. Natural disasters such as flooding or mudslides are among the many scenarios which could lead to this type of incident. In these cases, it would be better to replace the damaged equipment than to risk further damage by using it on the aforementioned surfaces. In addition, given that most golfers are likely to encounter this type of surface on a regular basis, it would be advisable to anodize their clubs, just to keep things looking good for longer.
Professional-Grade Anodization
It is possible to anodize one’s own golf clubs at home, but professional-grade anodization entails traveling to a service provider, where trained technicians can apply the treatment in a hurry. Since this is a time-consuming process, it is advisable to have golf clubs anodized professionally, in case one wants to use them in competitions or serious play.
Many factors contribute to the time required for professional-grade anodization. For example, the type of aluminum alloy used in the manufacturing of the clubhead and the type of dye used will determine the total coloring time. In addition, if you are using a different color for each club in your set, then the total process will be much longer. It is also possible to have the equipment pre-anodized before bringing it in for colorization, though this will add an additional hour or more to the process. If you are planning to use the same color for all of your clubs, then you can speed up the process by having them mixed at once, before applying the coating. The above factors will influence the total time required for professional-grade anodization, ranging from a couple of hours to a couple of days. In most cases, this process will require a day.
At-Home Anodization
As previously mentioned, it is possible to have one’s own golf clubs anodized at home. To do so, one will need to have the proper equipment, including a drill, buffers, steel ball, and anodized tape. In addition, it is advisable to prepare a work area, with appropriate safety gear and clothing. Since this is not a professional-grade treatment, it is not advisable to have it applied by anyone other than an expert, due to the risks involved. Due to the nature of the product and the ease with which it can be applied at home, it is a common practice among avid golfers to anodize their equipment.
Once the equipment is prepared, it is simply a matter of applying the steel ball to the clubface and securing it with the tape. Once this is done, it is time to drill a small hole for the anode, which will be used for power distribution. It is advisable to drill at a 45° angle, so as to avoid any accidents. The color will then be applied directly from the container, following the instructions on the packaging.
This process is considerably simpler than professional-grade anodization and does not require the services of a professional, provided that you have the necessary equipment. The fact that it can be applied at home makes it a popular choice amongst recreational golfers and those who play occasionally.
It is, therefore, advisable to prepare the equipment as described above and have it anodized at home, by someone who is experienced with this type of operation. This ensures that the treatment is correctly applied and avoids any accidents or mishaps. In addition, it is a good idea to take a few practice swings before beginning the actual process, to ensure that everything is aligned correctly and the proper amount of dye is being used.
Once the swing is familiar, the actual process of applying the anodizing can be carried out quickly and easily. The above factors will determine the total time required for at-home anodization, ranging from a couple of hours to a couple of days, depending on the type of equipment and the quantity of dye used. In most cases, it will take a day for this process to be completed.
How To Anodize Golf Clubs?
Anodizing involves applying electrolytic treatment to aluminum alloy golf clubs, in a manner which creates a shiny, metallic luster. This treatment is not meant to improve the play of the clubs, but it is, rather, a way to give them a more pleasing appearance and, therefore, make them more attractive to the eye. In addition, anodizing can enhance the durability of the clubs and make them more resistant to damage.
Since it is practical and simple to anodize one’s own golf clubs, in most cases, amateur golfers will opt to do it themselves. However, in case they are playing in competitions or serious matches, it would be advisable to have the equipment anodized professionally.
The Risks Involved In Anodizing
While it is a fact that anodizing enhances the visual appeal of golf clubs and makes them more attractive, it is also true that the treatment can deteriorate the performance of the equipment. If the equipment is cleaned with soap and water after use, then this will speed up the breakdown of the coating. In addition, the metallic luster of anodized golf clubs is practically impermanent and, therefore, it should not be used on surfaces prone to rust or damage, such as iron surfaces and concrete. If this occurs, then it would be better to remove the equipment and replace it than to risk further damage by using it on these surfaces. The above factors will contribute to the probability of having an accident or mishap during anodizing, ranging from a small chance to a large one.