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Graphene Fiber
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High-Performance Graphene Fiber Carbon Nanofiber with 1 TPa Young's Modulus and Up To 200 GPa Tensile Strength

High-Performance Graphene Fiber Carbon Nanofiber with 1 TPa Young's Modulus and Up To 200 GPa Tensile Strength

Nome da marca: BZY FIBER
Número do modelo: Graphene Fiber
Informações pormenorizadas
Biocompatibilidade:
Alto
Flexibilidade:
Alto
Aplicações:
Eletrônica, Aeroespacial, Biomédica, Têxtil, Compósitos
Material:
Graphene
Tipo de fibra:
Nanofibras
Módulo de Young:
1TPa
Resistência Química:
Alto
Resistência UV:
Alto
Destacar:

Carbon Nanofiber Graphene Fiber

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High Performance Graphene Fiber Carbon Nanofiber

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Graphene Fiber 200GPa Tensile Strength

Descrição do produto
Graphene Fiber Hollow 3D 32mm Grey
Product Description

Our cutting-edge Graphene Fiber combines the exceptional properties of Graphene Carbon Fiber, Graphite Carbon Nanofiber, and Carbon Super Fiber. With a diameter ranging from 1 to 100 nanometers, this high-performance material offers versatility across numerous applications.

The product features high biocompatibility, making it ideal for biomedical and biotechnological applications including medical devices and tissue engineering. Its exceptional mechanical properties include a Young's Modulus of 1 TPa (Terapascal), providing superior stiffness and strength for aerospace components and structural reinforcements.

With thermal conductivity reaching up to 5000 W/mK, the Graphene Fiber enables efficient heat dissipation for electronics and energy storage systems. Its high water resistance ensures durability in various environmental conditions, suitable for marine equipment and protective coatings.

Key Features
  • Product Name: Graphene Fiber
  • Electrical Conductivity: Up To 1,000,000 S/m
  • Tensile Strength: Up To 200 GPa
  • Flexibility: High
  • Fiber Type: Nanofiber
  • Thermal Conductivity: Up To 5000 W/mK
Technical Parameters
Property Value
Durability Long-lasting
Applications Electronics, Aerospace, Biomedical, Textiles, Composites
Young's Modulus 1 TPa
Diameter 1-100 Nanometers
Flexibility High
Tensile Strength Up To 200 GPa
Biocompatibility High
Material Graphene
Lightweight Low Density
Fiber Type Nanofiber
Applications

Electronics: Used in electronic components for its high UV and water resistance, ensuring durability in harsh conditions.

Aerospace: Ideal for lightweight, strong materials in aircraft components and satellites due to its high tensile strength.

Biomedical: Suitable for medical devices, prosthetics, and tissue engineering with its biocompatibility and strength.

Textiles: Incorporated in high-performance fabrics and sportswear for water and UV resistance.

Composites: Enhances structural integrity in automotive, construction, and marine applications.