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Graphene Fiber
Created with Pixso.

32mm Graphene Hollow Fiber with 5000 W/mK Thermal Conductivity and 200 GPa Tensile Strength

32mm Graphene Hollow Fiber with 5000 W/mK Thermal Conductivity and 200 GPa Tensile Strength

브랜드 이름: BZY FIBER
모델 번호: Graphene Fiber
자세한 정보
열전도율:
최대 5000W/mK
인장강도:
최대 200GPa
섬유 종류:
나노섬유
응용:
전자, 항공우주, 생물의학, 섬유, 복합재
재료:
그래펜
내화학성:
높은
유연성:
높은
방수:
높은
강조하다:

32mm Graphene Hollow Fiber

,

200GPa Tensile Strength Hollow Fiber

,

High Thermal Conductivity Hollow Fiber

제품 설명
Graphene Fiber Hollow 3D 32mm White
Product Description

The Ultra-thin Graphene Fiber combines exceptional graphene properties with versatile fiber technology. With high biocompatibility, this material suits diverse industrial applications.

Key features include exceptional electrical conductivity (up to 1,000,000 S/m), making it ideal for electronics and telecommunications. The nanofiber structure provides flexibility for intricate designs while maintaining durability for harsh conditions.

With thermal conductivity reaching 5000 W/mK, this material excels in thermal management applications for aerospace and automotive industries.

Features
  • Product Name: Graphene Fiber
  • Tensile Strength: Up To 200 GPa
  • UV Resistance: High
  • Applications: Electronics, Aerospace, Biomedical, Textiles, Composites
  • Biocompatibility: High
  • Lightweight: Low Density
Technical Parameters
Technical Parameter Value
UV Resistance High
Chemical Resistance High
Electrical Conductivity Up To 1,000,000 S/m
Biocompatibility High
Thermal Conductivity Up To 5000 W/mK
Water Resistance High
Diameter 1-100 Nanometers
Tensile Strength Up To 200 GPa
Material Graphene
Fiber Type Nanofiber
Applications

BZY FIBER's Graphene Fiber offers versatile applications across industries:

Aerospace Industry: Ideal for aircraft components and space equipment due to lightweight nature and high thermal conductivity.

Electronics Sector: Perfect for high-performance devices and energy storage systems with exceptional electrical conductivity.

Medical Field: Suitable for advanced medical devices and drug delivery systems with high biocompatibility.

Automotive Engineering: Enhances vehicle performance through lightweight components and thermal management solutions.

Research & Development: Enables groundbreaking discoveries across scientific disciplines.