Ideal material for Golf application

In summary, the conversation is about designing a golf application and the necessary properties it should have. These properties include corrosion resistance, UV resistance, lightweight, and heat resistance. The speaker believes mica would be ideal for this application, but is open to suggestions for a metal or plastic with these properties. They are also asking for more specific information about the application in order to receive better help. Another person suggests using pure aluminum for heat release, as it is cheap and lightweight. The conversation ends with a thank you and a mention of the speaker's business, Golf Lessons Livemore.
  • #1
IbertIzzet
2
0
I'm currently in the process of designing a golf application. Because of what it is, it needs the following properties:Corrosion resistance, UV resistance, lightweight, and heat resistance although this is not essential as I could use a heat shield, I believe mica would be ideal for this.

So if anyone could suggest a metal or plastic with these proerties it would be very helpful.

Thanks
 
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  • #2
If you could be specific about the type of application, you'd be FAR more likely to get some help. You've left it very open-ended.
 
  • #3
Even though em not 100% what type of application u are trying to develop but for heat release I can give u suggestion to use Au. I mean Pure Aluminum. It is used in Computers with a cooler fan and so it is the best materiel for releasing heat from ur device. Another important benefit is this metal is cheap and light weight. So its excellent for personal research and portable devices.

Hope this helps.

Thanks
Gorge.
Golf Lessons Livemore
 

Related to Ideal material for Golf application

1. What qualities make a material ideal for golf applications?

An ideal material for golf applications should be lightweight, durable, and have a high strength-to-weight ratio. It should also have good shock absorption properties, be resistant to wear and tear, and have good weather resistance. Additionally, the material should be able to provide a good grip for the golfer.

2. Is there a specific material that is considered the best for golf applications?

There is no one specific material that is considered the best for golf applications. Different materials have their own unique properties and advantages. For example, titanium is known for its strength and light weight, while carbon fiber is known for its durability and flexibility.

3. Are there any materials that should be avoided for golf applications?

Yes, there are some materials that should be avoided for golf applications. For example, materials that are too heavy, have poor shock absorption, or are easily damaged by weather conditions should not be used for golf equipment.

4. How does the choice of material affect the performance of a golf club?

The choice of material can greatly affect the performance of a golf club. The weight, strength, and flexibility of the material can impact the distance, control, and feel of the club. The right material can also provide better energy transfer and improve the accuracy of shots.

5. Are there any environmental considerations when choosing a material for golf applications?

Yes, environmental considerations should be taken into account when choosing a material for golf applications. It is important to choose materials that are sustainable, recyclable, and do not harm the environment. Golf courses and clubs are also increasingly using eco-friendly materials for their equipment to reduce their impact on the environment.

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