Nickle Plated Conductive Carbon Fiber

  • Bannor
  • 中国
  • 10 days
  • 100000ton/month

Nickle Plated Conductive Carbon Fiber is an advanced material that combines the superior properties of carbon fiber with a nickle-plated coating, resulting in enhanced conductivity and durability. This product is designed for applications requiring high-performance materials with both electrical conductivity and mechanical strength. The nickle-plating process significantly improves the fiber's resistance to corrosion while maintaining its lightweight nature, making it ideal for various industries.

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Nickle Plated Conductive Carbon Fiber

Conductive Carbon Fiber 

1. Product Introduction

 

Nickle Plated Conductive Carbon Fiber is an advanced material that combines the superior properties of carbon fiber with a nickle-plated coating, resulting in enhanced conductivity and durability. This product is designed for applications requiring high-performance materials with both electrical conductivity and mechanical strength. The nickle-plating process significantly improves the fiber’s resistance to corrosion while maintaining its lightweight nature, making it ideal for various industries.

 

The incorporation of a Nickle Plated layer provides enhanced protection against environmental factors, ensuring a long lifespan even in challenging conditions. With the added benefit of conductivity, Nickle Plated Conductive Carbon Fiber is a versatile and innovative solution for modern technological requirements.

nickel coated carbon fiber 

2. Product Applications

 

Nickle Plated Conductive Carbon Fiber is widely used across multiple industries due to its unique combination of properties. Some common applications include:

 

1. Electromagnetic Shielding: The conductive nature of the fiber makes it highly suitable for applications requiring electromagnetic interference (EMI) shielding in electronics and communication devices.

2. Aerospace Components: Due to its lightweight yet strong structure, Nickle Plated Conductive Carbon Fiber is often employed in the aerospace sector, providing both durability and conductivity.

3. Automotive Industry: This material is used in electric vehicles and hybrid cars for components that require both strength and conductivity.

4. Medical Devices: Its biocompatibility and conductivity make it ideal for medical equipment, especially those related to diagnostics and patient monitoring.

5. Energy Storage: The fiber is employed in battery technology, improving the efficiency and performance of energy storage systems through its conductive properties.

metal coated carbon fiber 

3. Product Features

 

The Nickle Plated Conductive Carbon Fiber offers several distinctive features that make it stand out in various applications:

 

1. Nickle Plated Surface: The nickle-plated layer significantly enhances the fiber's electrical conductivity, making it suitable for a wide range of electronic and industrial uses. The plating also provides an additional protective layer that improves resistance to corrosion and wear.

2. Lightweight with High Strength: Despite the conductive coating, the material retains the lightweight yet robust properties of carbon fiber, making it a perfect fit for applications where both strength and minimal weight are crucial.

3. Corrosion Resistance: The Nickle Plated coating offers superior resistance to oxidation and corrosion, extending the product's lifespan in harsh environmental conditions.

4. Thermal and Electrical Conductivity: This material excels in applications requiring both heat dissipation and electrical conductivity, providing a reliable solution for complex industrial challenges.

5. Versatility: The combination of nickle plating and carbon fiber makes this product suitable for industries ranging from aerospace to medical, offering flexibility across sectors requiring high-performance materials.

Conductive Carbon Fiber

Item

Test standard

Unit

Classic value

Mechanical Properties

Tensile strength

ISO11566

MPa

3000

Tensile modulus

ISO11566

GPa

160

Enlongation at break

ISO11566

%

1.3

 

Electrical property

Resistivity

QJ3074

Ω.cm

8.23*10-5

 

Others

Bulk density

ISO10119

g/cm3

3.2

Linear density

ISO11566

g/km

1630

Tow

ISO11566

ends

12000

Filament diameter

 

μm

7.3

Coating thickness

 

μm

0.3

Nickel content

 

%

50

Cross-sectional area

 

mm2/tow

0.55

Twist

 

 

none


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