Leveraging CFRP in Diverse Fields
Expanding the CFRP Market
The distinctive “lightweight, strong, and non-corrosive” characteristics of CFRP (Carbon Fiber Reinforced Plastic) have made it one of the most progressive and promising materials today, leading to vast application in diverse fields. With anticipated rapid market expansions one can expect to see and experience CFRP in an even wider variety of situations. That said, issues surrounding productivity and manufacturing cost-efficiency still need to be addressed.
Leveraging CFRP in Automobiles
Demand for fuel-efficiency and clean energy products has gained traction in the automobile industry as global awareness of SDGs and environmental issues heighten. The expectations for CFRP and its weight-reducing potential has been further augmented by the proliferation of electric vehicles, which demand lighter bodies to mitigate the heavier battery packs (used in place of fuel tanks).
Automobile Components Envisioned for CFRP Replacement
Exterior components (hood, roof, trunk, doors, fenders, bumpers)
Instrument Panel (IP) components
Structural components (chassis, frame, wheels)
Hydrogen tanks
Enhancing Fuel Efficiency with Weight Reductions
In the automobile industry, CFRP components are frequently employed in supercars and luxury high-end vehicles. For general-purpose vehicles, while CFRP is gaining traction and being adopted for optional parts, expansion is still limited by productivity and manufacturing costs. The good news is that it’s potential to enhance fuel-efficiency, and thereby reduce carbon emissions (due to its lightweight properties), has fast-tracked developments in CFRP production.
In the aircraft industry, carbon fiber reinforced plastic (CFRP) accounts for approximately 50% of the Boeing 787’s body (fuselage) weight, improving fuel efficiency and thereby increasing the cruising distance and speed capacity. We expect to see a further drop in CFRP costs, opening avenues for widespread use in general-purpose vehicles and new mobility applications such as eVTOL and flying vehicles.
Fields Where CFRP is being Leveraged
Motorbikes: Exterior components, structural components, helmets
Automobile: Exterior components (hood, roof, trunk, doors, fenders, bumpers), IP components, Structural Components (chassis, frame, wheels), hydrogen tanks
Aircraft: Exterior structural components, interior components
Space: Rockets, satellites
Defense: Structural components
Medical: X-ray CT beds
Welfare: Orthotics, wheelchairs, crutches
Art: Artistic productions
Sports: Golf club shafts, fishing rods, tennis rackets, bicycles, baseball bats
Construction: Concrete reinforcement, seismic reinforcement
Wind power generation: Large blades
Robots: Robot arms for transporting products
CFRP Characteristics
Low Specific Gravity
CFRP has a specific gravity of 1.5–1.7g/cm3
Anisotropic Material
CFRP is an anisotropic material, meaning that its properties—strength, performance, flexibility—are determined and can be customized by varying the fiber orientation, type, and volume.
Superb Strength and Elasticity
CFRP has a wide tensile strength range of 3000-7000 MPa and tensile modulus range of 50-900 GPa, depending on the fiber used. CFRP offers superior flexibility for custom designing according to needs and applications. This is one of its main characteristics.
Other
Dimensional stability, non-corrosive, vibration damping, fatigue properties, X-ray transmission properties, and high thermal conductivity.
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We leverage a wealth of technical expertise as a CFRP molding and processing manufacturer using FRP, GFRP, and CFRP materials. We offer a one-stop solution, encompassing design, analysis, manufacturing, secondary processing, assembly, painting, quality assurance, and testing.
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