Whether you’re looking for a solution to an old manufacturing problem or a new manufacturing problem, there’s a high chance that carbon fibre might work for you. As a composite material that offers impressive features beyond what any more primary metal can achieve, carbon fibre has been used in many traditional products to obtain unparallel results.
Likewise, those who develop innovations in any industry often start with carbon fibre before considering other building materials because they know that it is likely to provide the best results. If you’re looking to get more out of a product you’re currently developing, it will be worth your while to take a close look at the following primer detailing all the carbon fibre basics you need to know.
Products that Contain Carbon Fiber
One of the best ways to better understand what carbon fibre is and how it can be used in innovative products is to consider a few real-life examples. Some of the everyday products that use carbon fibre include:
- Sports Equipment (Tennis Racquets, Golf Clubs, Archery Bows, Hockey Sticks, Bicycles)
- Vision-Correcting Glasses
- Computer Equipment
- Highly Durable Luggage
- Automotive Design
- Aerospace Vehicles
- Military Armour and Vehicles
- Marine Craft
Why You Should Know about Carbon Fibre
One of the most surprising things you’ll notice is that carbon fibre is employed in a wide range of industry types. The main reason for this is that it is extremely lightweight, considering how strong a material it is. When you consider how valuable these qualities might be in many different products, the reason for the popularity of carbon fibre in manufacturing becomes more apparent.
How is Carbon Fiber Made?
Depending on the desired quality of the finished product, the fibre orientation required and the materials used in manufacturing, carbon fibre can be made in a number of ways. That said, carbon fibre composites manufacturing is an example of a composite material, which refers to any building material that combines two different materials to create a new product that contains qualities that did not exist in either of the original materials.
In the case of carbon fibre, the fibres are often combined with a plastic resin to create an incredibly strong yet lightweight polymer.
Composite materials have existed for thousands of yearsin their most basic form. While combining two or more substances to create a new material that contains new qualities is not new, this idea has yielded an intense amount of innovation in the 20th and 21st centuries.
Today, new composites continue to be developed that can achieve feats that no building materials have been capable of achieving in the past. Still, carbon fibre remains one of the most popular building materials due to its unique properties.
Suppose you are developing a new product that you expect would benefit from carbon fibre or are already manufacturing a product that might benefit from carbon fibre replacement parts. In that case, you should contact a composite materials manufacturer right away for help with your design.