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CFRP has a high strength-to-weight ratio which makes it ideal for structural components and body pannels, CFRP will significantly reduce the overall weight of the vehicle which will lead to a reduce in fuel consumption and a overall better performance in sports cars and other higher end vehicles

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Used in dental implants, bone repairs, and load-bearing implants. its high strength, wear resistance, and bio compatibility allow for it to be used replace damage parts and aid in bone recovery without being rejected by the body. bio-ceramic composites are useful in implants that need to integrate with bone

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laminated veneer lumber (LVL), oriented strand board (OSB)

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laminated veneer lumber (LVL), oriented strand board (OSB)

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used in load-bearing applications, flooring, and wall panels due to their uniform strength and reduced susceptibility to warping

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In construction, composites like FRP (for bridges, rebar), reinforced concrete (with steel or fibres), WPC (for decking), and SIPs (for walls and roofs) enhance strength, durability, and insulation, enabling efficient and resilient structures.

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highly resistant to abrasion from braking. Lightweight. highly heat resistant allowing for longer lifespan.

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similarity to bone mineral composition makes it highly biocompatible, promoting osteointegration and supporting new bone growth in implants and scaffolds. composites with hydroxyapatite are often combined with biopolymers like collagen or chitosan to improve mechanical strength and tissue compatibility, enhancing bone repair and reducing complications

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Carbon fibre in the automotive industry is used for high-performance and luxury cars, because it’s super strong and lightweight.

Body Panels: Used for hoods, roofs, and doors to make the car lighter, which helps with speed and fuel efficiency.

Lightweight: Carbon fibre is lighter than metals like steel, which helps with fuel efficiency and speed.

Strong: It’s super strong for its weight, making cars safer and more durable.

Expensive: Making carbon fibre is costly, so it’s usually only in high-end cars.

Hard to Repair: When it breaks, it’s hard and expensive to fix.

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used in orthopedic implants, like plates and screws, due to their compatibility with bone. they can help in load sharing and reduce stress shielding

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Use of Carbon-Fiber Implants in Orthopedic Surgery

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Carbon fiber implants are transforming orthopedic surgery with their biocompatibility & strength. Explore their benefits & applications in spinal & joint surgeries.

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In orthopaedic surgery, carbon fibre is used to create strong/durable and light implants for the patient

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Lowers the vehicles weight whilst performing at high speeds. Whilst having strong properties. Can be used as steering wheel and door linings within the car. With its great thermal stability and heat resistant give it durability and security it’s corrosion resistant property adds to this aswell giving the material a long life span. Unlike steel that’s heavy and susceptible to corrosion without coating

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lightweight (not as much as carbon-fibre), strong, durable and really cheap. Used to make body panels and structural parts

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High performance brake systems which are used in luxury and sports cars. They are made from a ceramic composite materials. They are good for brakes because they offer great heat resistance which reduces damage to the brakes from use over time. This makes them good for highspeed driving.

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Lightweight yet extremely durable due to it's honeycomb formation, ideally used in industries where weight reduction is essential for cost cutting i.e. automotives