Carbon fiber is a composite material with extensive uses in the aerospace, automotive, Formula 1, and construction industries, amongst others.
Carbon fiber, made of woven or braided strands of fiber, is reinforced with resin to create a strong and durable material. It is a versatile material with a wide range of applications, and its production methods can be customized to meet specific requirements. Its strength, durability, and light weight make it a popular choice across many industries.
There are three main ways to manufacture carbon fiber composite: whatever your budget, product requirements, or project parameters, carbon fiber components can be created for you.
What is Carbon Fiber Used For?
Carbon fiber is widely regarded for its aesthetic appearance, stiffness and tensile strength, lightweight, temperature tolerance and resistance to some chemicals. For this reason, carbon fiber parts are present in all types of industries, including:
Drones – carbon fiber is an increasingly popular material for the construction of drones frames including planes and helicopters.
Automotive – used throughout vehicles, including in interior, interior and function parts,
Construction – for the creation of lightweight framing structures, such as trusses and structural beams.
Industrial automation – machine parts and casings can be made from carbon fiber for automation machinery.
Sporting equipment – The use of carbon fiber in sporting equipment has drastically changed the game and continues to push the limits of what is possible. Carbon fiber production involves layering the material to create a strong and rigid structure while keeping the weight down. This has resulted in the production of several lightweight parts, such as bike frames and tennis racket headframes, which decrease the overall weight allowing for improved maneuverability and performance.
Carbon Fiber Parts Manufacturing Methods
Autoclave Molding:Advanced manufacturing process used primarily in the aerospace, automotive, marine, and sporting goods industries to create high-performance composite materials. This process involves applying heat and pressure within an autoclave (a pressurized, heated chamber) to cure composite materials, typically carbon fiber or fiberglass prepreg. To provide ultra-lightweight components that offer an excellent aesthetic appearance. Pre-preg carbon fiber molding has applications in racing and luxury cars, commercial drones, industrial parts, medical devices, and sporting goods.
Mold Pressing: Well-suited for producing high-volume, high-strength, and complex parts from composite materials. This process involves placing a material, often preheated, into an open, heated mold cavity, then closing the mold and applying pressure to force the material to the shape of the mold. As the material cures or cools, it solidifies into the final part shape. The compress molding method is used for small products with high-performance designs.
