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Composites(cfrp) - List of Manufacturers, Suppliers, Companies and Products | IPROS GMS

Last Updated： Aggregation Period:Oct 07, 2026～Nov 03, 2026
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Composites Product List

31～37 item / All 37 items

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Hybrid material with carbon wrapped around PET resin rod for marine development.

Hybrid material with carbon wrapped around PET resin rod for marine development.

The rigidity of carbon that enhances durability in marine environments.

In the field of marine development, usage is always anticipated under harsh environments, making measures against corrosion and degradation due to saltwater particularly important. To extend the lifespan of equipment and reduce maintenance costs, selecting materials with excellent saltwater resistance is essential. Our hybrid material, which wraps carbon around PET resin rods, addresses these unique challenges of marine environments by combining the workability of PET resin with the properties of carbon. 【Application Scenarios】 - Components of marine structures - Parts for underwater robots - Components of various devices requiring saltwater resistance 【Benefits of Implementation】 - Improved durability in saltwater environments - Extended product lifespan - Reduced maintenance frequency

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  • Composites

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Hybrid of metal and carbon for automobiles

Hybrid of metal and carbon for automobiles

Wrap the possibilities of carbon around a metal core.

In the automotive industry, there is a demand for lightweight components to improve fuel efficiency and driving performance. Particularly for rod-shaped components that require strength and durability, the weight of pure metals can be a challenge. On the other hand, using pure carbon can lead to limitations in connecting and processing with existing metal parts. Our hybrid material, which combines metal and carbon, balances the workability and ease of connection of metals with the lightweight nature and potential for property adjustment of carbon, providing new design options for automotive components. 【Application Scenarios】 - Lightweighting of automotive interior and exterior parts - Balancing strength and lightweighting of chassis components - Lightweighting of parts in the engine compartment 【Benefits of Implementation】 - Improved fuel efficiency through overall vehicle lightweighting - Enhanced dynamic performance - Increased design flexibility

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Hybrid of Metal and Carbon for Ocean Development

Hybrid of Metal and Carbon for Ocean Development

Enhancing salt resistance, a fusion of metal and carbon.

In the field of marine development, the durability of components under harsh salt damage environments is required. Particularly for structures and equipment that may be constantly exposed to seawater, measures against corrosion become crucial. Using metal alone increases the risk of corrosion, while using carbon alone can present challenges in adhesion and fixation in saltwater environments. Our hybrid material that combines metal and carbon offers new design possibilities that take salt resistance into account by leveraging the workability and ease of connection of metal along with the properties of carbon fibers. 【Application Scenarios】 - Components for marine structures - Parts for ships and fishing boats - Casings for underwater equipment - Mooring facilities 【Benefits of Implementation】 - Reduction of corrosion risk due to salt damage - Extended lifespan of components - Reduction of maintenance costs

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Hybrid material with carbon wrapped around PET resin rod for electronic devices.

Hybrid material with carbon wrapped around PET resin rod for electronic devices.

Enhancing the heat dissipation of electronic devices with the flexibility of resin and the rigidity of carbon.

In the field of electronic devices, efficient heat dissipation resulting from increased performance is considered crucial for the stable operation and longevity of products. Particularly in devices that are becoming smaller, designing for heat dissipation in limited spaces can pose challenges. Our hybrid material, which consists of a PET resin rod wrapped in carbon, enables parts design that takes heat dissipation into account by combining the workability of the resin core material with the properties of carbon. 【Application Scenarios】 - Heat dissipation components for electronic device enclosures - Cooling fan components - Thermal conduction path components 【Benefits of Implementation】 - Suppression of temperature rise inside the device - Improved reliability of components - Contribution to the miniaturization of products

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Hybrid material with carbon wrapped around PET resin rod for sports equipment.

Hybrid material with carbon wrapped around PET resin rod for sports equipment.

A hybrid material that enhances the rebound properties of sports equipment.

In the sports equipment industry, materials with high resilience that directly contribute to improving athlete performance are in demand. Particularly in competitive gear, the ability to produce high rebound while being lightweight becomes a crucial factor that can determine the outcome of competitions. Insufficient resilience may hinder an athlete's ability to perform at their best and can impact competition results. Our hybrid material, which wraps carbon around a PET resin rod, contributes to improved resilience by combining the flexibility of the resin with the rigidity of carbon. 【Application Scenarios】 - Sports equipment such as bats and rackets that require flexibility and resilience - Competitive gear that aims to achieve both lightweight and high rigidity 【Effects of Implementation】 - Performance support through improved resilience of sports equipment - Realization of product design that balances lightweight and high rigidity

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Hybrid of metal and carbon for infrastructure

Hybrid of metal and carbon for infrastructure

Solving infrastructure challenges through the fusion of metal and carbon.

In the infrastructure sector, long-term durability and reliability under harsh conditions are required. In particular, high corrosion resistance is essential for components used in corrosive environments. Traditional metal materials raise concerns about deterioration due to corrosion, while carbon materials present challenges in connection and processing. Our hybrid material, which combines metal and carbon, expands the possibilities for new designs in the infrastructure sector by balancing the workability and connectivity of metals with the properties of carbon. 【Application Scenarios】 - Reinforcement materials in structures such as bridges and tunnels - Equipment components used in coastal and humid environments - Piping and support materials in chemical plants and water treatment facilities 【Benefits of Implementation】 - Increased longevity due to improved corrosion resistance - Improved workability due to reduced weight - Enhanced design freedom leading to the pursuit of functionality and aesthetics

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  • Other machine elements
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Hybrid of metal and carbon for medical devices

Hybrid of metal and carbon for medical devices

Enhancing biocompatibility through the fusion of metal and carbon.

In the medical device industry, the biocompatibility of materials used is essential to ensure patient safety and product reliability. Particularly for components that are implanted in the body or devices that come into direct contact with patients, selecting materials that do not cause allergic or rejection reactions is crucial. Additionally, properties such as lightweight, strength, and workability also impact the performance and usability of medical devices. Our hybrid materials made of metal and carbon provide a new design option that meets these demands. 【Application Scenarios】 - Medical device components implanted in the body - Structural components of medical devices that come into direct contact with patients - Medical devices requiring lightweight and high-strength materials 【Benefits of Implementation】 - Improved safety through the selection of highly biocompatible materials - Reduced burden on patients due to weight reduction - Enhanced durability of devices through increased strength - Expanded design flexibility due to good workability and connectivity

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  • Other machine elements
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