Conductivity Nickel Plated Carbon Fiber For Magnetic Film

  • Saxobran
  • China
  • 15days
  • 50000m2/Month

The conductive nickel-plated carbon fiber for the magnetic film not only has a good shielding effect (up to 44dB at a frequency of 500MHz) but also has relatively good anti-aging performance.

Conductive nickel-plated carbon fiber for the magnetic film itself has excellent mechanical properties and good oxidation and corrosion resistance. Carbon fiber electromagnetic shielding materials can be widely used in rooms or equipment for manufacturing or decoration (such as hospital CT rooms, shielded darkrooms, and military electromagnetic shielding boxes. Body, etc.), and can be widely used in construction, decoration, maintenance, furniture manufacturing and other fields.

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1. Product Introduction

  • Conductive nickel-plated carbon fiber for magnetic film is carbon fiber after surface metallization treatment, its conductivity can be improved dozens of times, and it is an ideal filler for conductive plastics.

  • The conductive nickel-plated carbon fiber used for magnetic film can activate the surface of carbon fiber, which can effectively reduce the contact angle between carbon fiber and metal solution. When the conductive nickel-plated carbon fiber is used for the magnetic film, the metal substrate can be directly in contact with the coating instead of the carbon fiber, which can make the matrix metal wet the surface of the carbon fiber well, and the nickel-plated layer can also effectively prevent the matrix from being in contact with the carbon fiber as a barrier layer. The solid solution reaction occurs during the preparation and use of composite materials, and the chemical reaction causes damage to the strength of carbon fibers and the generation of brittle phases at the interface. The coating can also effectively combine the matrix with the fiber and transmit the load effectively.

magnetic film nickel plated carbon


2. Product Parameter


Item

Test StandardUnitClassic Value
Mechanical PropertiesTensile StrengthISO 11566MPa3000
Tensile ModulusISO 11566GPa160
Elongation at breakISO 11566%1.3
Electrical PropertyResistivityQJ 3074Ω cm8.23x10-5
OthersBulk DensityISO 10119g/cm33.2
Linear DensityISO 11566g/Km1630
TowISO 11566ends12000
Filament Diameter
μm7.3
Coating Thickness
μm0.3
Nickel Content
%50
Cross-sectional area
mm2/tow0.55
Twist

none



3. Product Feature


  • The metal layer structure is dense and uniform

  • Metal and carbon fiber have strong adhesion, and do not peel off after repeated cold and hot cycles

  • Not damaging fibers, maintaining the original high mechanical properties of carbon fibers

  • Excellent thermal and electrical conductivity, extremely low coefficient of expansion

  • Extremely high electromagnetic shielding performance



4. Product Details

  • Conductivity Nickel Plated Carbon Fiber For Magnetic Film can be used to enhance the conductivity of materials, including for applications involving magnetic films. Conductivity Nickel Plated Carbon Fiber For Magnetic Film is known for its excellent electrical conductivity, lightweight nature, and mechanical strength. Nickel plating can further enhance electrical conductivity and provide additional properties such as corrosion resistance and magnetic properties, depending on the thickness and quality of the nickel layer.

  • Conductive nickel-plated carbon fiber for magnetic filmNickel Plating Process: Carbon fibers can be coated or plated with a layer of nickel using various electroplating techniques. Electroplating involves immersing the carbon fiber in a solution containing nickel ions and applying an electric current. This causes nickel to deposit onto the carbon fiber, forming a thin layer of nickel coating. The thickness and properties of the nickel layer can be controlled by adjusting factors such as plating time, current density, and solution composition.

high conductivity nickel plated Carbon Fiber

Conductive nickel-plated carbon fiber for magnetic filmConductivity Enhancement: Nickel-plated carbon fiber can significantly enhance electrical conductivity, making it suitable for applications where good electrical conductivity is essential. This can be particularly useful in creating conductive pathways within magnetic films or enhancing the overall electrical properties of composite materials.

Conductive nickel-plated carbon fiber for magnetic film magnetic Properties: Depending on the thickness and quality of the nickel plating, the resulting material can exhibit magnetic properties. Nickel is a ferromagnetic material, and incorporating it into carbon fibers can add magnetic functionality to the composite material. This might have applications in electromagnetic shielding, sensors, or other magnetic devices.



5. Product Applications

Conductive nickel-plated carbon fiber for the magnetic film with enhanced electrical conductivity and potentially magnetic properties could be used in various applications, including:

  • Magnetic sensors and detectors

  • Electromagnetic shielding materials

  • Conductive films for electronics

  • Antistatic materials

  • Electromagnetic interference (EMI) shielding

  • Flexible electronics and wearable devices

conductivity film nickel plated carbon

magnetic film nickel plated carbon



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