FaraBead® Nickel Particles NI 040->chemical

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FaraBead® Nickel Particles NI 040

Category :

Chemicals->Others->chemical

Product Specification

Model No:	NI 040

Country	CN
Payment Term	L/C,T/T

Product Detail

FaraBead® Electrically Conductive Ni Particles


FaraBead® nickel-plated particles produced by Nanomicro Tech
have outstanding size uniformity, high conductivity, and appropriate elasticity.  There is also a strong adhesion between the
metal layer and the resin core of FaraBead® Ni particles.  As a conductive filler, FaraBead® Ni
particles are present in coatings, adhesives, printing ink, plastics, and
rubber to provide electrical conductivity, electromagnetic shielding, and antistatic
resistance in electronics, communication devices, and avionics.  


Characteristics


u  Monodisperse resin particles as core and
metallic nickel as shell


u  Broad size selection: 3.0 µm − 10.0 µm (in 0.1 µm increment)


u  Uniform in size and shape, coefficient of
variation (CV) ≤ 3.5%


u  Good dispersivity, no overlaps or
aggregates


u  Suitable hardness for high conduction
reliability


u  Low resistance, high stability under heat
and humidity

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<img src="http://i.bosscdn.com/product/34/ab/76/eda2088d43a095f0d96634e01c.png" title="Optical and SEM micrographs of FaraBead® Ni particles" alt="Optical and SEM micrographs of FaraBead® Ni particles" />
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Optical and SEM micrographs of FaraBead® Ni
particles


FaraBead® Ni

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Product

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Diameter

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Increment

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CV

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K at 10%
deformation*

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Metal thickness

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Nickel content

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µm

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µm

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kgf / mm2

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nm

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%

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NI

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7.00–10.00

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0.25

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≤3.5%

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~450

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100–150

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25–35

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3.00–6.75

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0.25

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≤3.5%

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~500

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100–150

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30–40

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* The K value at 10% deformation is
defined by the following equation:


K=(32)∙F∙S-3/2∙R-1/2


wherein F and S represent a load value (kgf) and a
compression displacement (mm) at 10%
compression deformation of the particle, respectively, and R represents a radius (mm) of the particle.


 
nanomicro-technology.com

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