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Hybrid Materials Product List

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Hybrid material "MC Nylon(R) fused products"

Hybrid material "MC Nylon(R) fused products"

Cleanroom compatible! A hybrid material that meets various applications and needs, actively used in a wide range of industrial fields.

The "MC Nylon® Fusion Products" are hybrid materials that combine MC Nylon® with iron, stainless steel, and aluminum using a unique method. The inner diameter's key grooves and bearing fits can utilize the dimensional stability of metals, while the outer side benefits from the self-lubricating properties and wear resistance of MC Nylon® in gears and rollers. 【Features】 ■ Usable over a wide temperature range (-20℃ to 120℃) ■ The inner diameter is metal, providing excellent dimensional stability ■ Easy to machine and can be shaped according to specific needs ■ Excellent wear resistance and long lifespan ■ Rust prevention effect by using stainless steel and aluminum for the core *For more details, please download the PDF or feel free to contact us.

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  • Other polymer materials
  • Hybrid Materials

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Hybrid of metal and carbon for robotics

Hybrid of metal and carbon for robotics

Enhancing the responsiveness of robots through the fusion of metal and carbon.

In the field of robotics, precise movements and rapid responsiveness are required. In particular, for movable parts such as robotic arms and actuators, components that are lightweight yet possess high rigidity and can quickly respond to external inputs are essential. Traditional metal parts can pose challenges due to their weight, and carbon materials alone may raise concerns regarding the processing and strength of connection points. Our hybrid material, which combines metal and carbon, achieves a balance between the machinability and ease of connection of metal and the lightweight and high rigidity of carbon, contributing to improved responsiveness in robots. 【Application Scenarios】 - Lightweight and high rigidity of robotic arms - Improved responsiveness of actuator components - Application to movable parts of precision instruments 【Effects of Implementation】 - Increased speed of robot movements - Reduced energy consumption - Realization of more complex movements

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  • Other machine elements
  • Hybrid Materials

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A hybrid of metal and carbon for aerospace applications.

A hybrid of metal and carbon for aerospace applications.

A fusion of metal and carbon to meet the high-intensity needs of the aerospace field.

In the aerospace field, materials that are lightweight yet possess high strength are in demand. Particularly for structural components and propulsion systems, material designs that can maintain reliability even under extreme conditions are essential. Conventional metal materials may pose challenges due to weight, and carbon materials alone can make the design of joints difficult. Our hybrid materials combining metal and carbon offer new design options to address these challenges. 【Application Scenarios】 - Structural components of aircraft and spacecraft - Parts requiring weight reduction - Areas where high strength and workability must be balanced 【Benefits of Implementation】 - Improved fuel efficiency and increased payload due to weight reduction of components - Enhanced structural stability from high bending and torsional properties - Expanded design flexibility by combining the advantages of metal and carbon

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  • Other machine elements
  • Hybrid Materials

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Hybrid material with carbon wrapped around PET resin rods for medical devices.

Hybrid material with carbon wrapped around PET resin rods for medical devices.

Achieving biocompatibility required for medical devices while maintaining the properties of carbon.

In the field of medical devices, the selection of materials prioritizing patient safety is essential. Particularly for components that are implanted in the body or devices that come into direct contact, biocompatibility becomes extremely important. Additionally, with the miniaturization and high performance of devices, there is an increasing demand for lightweight and high-strength materials. Our hybrid material, which wraps carbon around PET resin rods, offers a new option by combining the processability of resin with the properties of carbon to address these challenges. 【Usage Scenarios】 - Components of medical devices implanted in the body - Handles and shafts of surgical instruments - Structural components of diagnostic equipment - Parts for rehabilitation devices 【Benefits of Implementation】 - Improved safety through highly biocompatible materials - Enhanced ease of handling due to weight reduction - Assurance of durability and reliability through high strength - Increased design flexibility through property adjustments according to application

  • Other machine elements
  • Hybrid Materials

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Hybrid of Metal and Carbon for the Energy Industry

Hybrid of Metal and Carbon for the Energy Industry

Fusion of metal and carbon for improved durability in the energy industry.

In the energy industry, the durability of components that can withstand harsh environments is essential. Particularly in situations where high strength and reliability are required, material selection becomes crucial. Pure metals can present challenges in terms of weight and corrosion resistance, while pure carbon can make it difficult to process joints and ensure strength. Our hybrid materials, which combine the workability and ease of connection of metals with the properties of carbon, address these challenges and provide new design options. 【Application Scenarios】 - Energy infrastructure components - Plant equipment components - Renewable energy-related devices 【Benefits of Implementation】 - Lightweight and high-strength components - Improved durability in harsh environments - Increased design flexibility

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  • Other machine elements
  • Hybrid Materials

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