Conductive Composites Nickel Coated Fibers - 0.15

Knowde Enhanced TDS

Identification & Functionality

Features & Benefits

Labeling Claims: High Purity
Materials Features: Corrosion Resistant,
Cost Effective,
High Strength,
Light Weight,
Low Density
Advantages: Highly conductive

Uniform consistency

Easily dispersible

Low density

High aspect ratio

High strength

Thin, robust, & ductile nickel coating

High purity

Corrosion resistant

Wide range of nickel coating levels and lengths

Applications & Uses

Markets: Electrical & Electronics,
Industrial
Applications: Industrial — Chemical & Industrial Manufacturing
Other Industrial Applications
Industrial — Military & Defense
Advanced Materials
Electrical & Electronics — Other Electrical & Electronics Applications
Application and Advantage: Application Advantage Typical fiber lengths Typical loading levels Typical conductivity levels

Coatings Easily dispersed, high conductivity at low loading, PC2F based coatings can typically be applied with conventional methods 0.1 to 0.5mm 0.2%- 20% 0.1-1000 S/cm

Gaskets & Sealants High conductivity and shielding at lower density and lower loading levels than other conductive fillers. Corrosion resistant and physically robust conductors 0.1 to 1mm 2% - 40% 1-1000 S/cm

Additive manufacturing High conductivity with low loading. Suitable for additive manufacturing processes and equipment 0.1 to 0.25mm 2% - 15% 0.1 - 10 S/cm

Molding High conductivity with good flow properties, small robust fiberbased conductors provide good detail replication 0.1 to 2mm 2% - 50% 1-100 S/cm

Adhesives High conductivity with low volume loadings, adhesive system generallly retains strength properties 0.1 to 0.5mm 2% - 20% 1-100 S/cm

Properties

	Value	Units	Test Method / Conditions
Density Typical	2.15	g/cc	-
Length Nominal	0.1	mm	-
Nominal Nickle Coating Level	20	wt%	-

Technical Details & Test Data

Surface Resistivity: Surface Resistivity of Precision Coated & Converted fiber (PC2F) in ABS/MEK polymer films

Application	Advantage	Typical fiber lengths	Typical loading levels	Typical conductivity levels
Coatings	Easily dispersed, high conductivity at low loading, PC2F based coatings can typically be applied with conventional methods	0.1 to 0.5mm	0.2%- 20%	0.1-1000 S/cm
Gaskets & Sealants	High conductivity and shielding at lower density and lower loading levels than other conductive fillers. Corrosion resistant and physically robust conductors	0.1 to 1mm	2% - 40%	1-1000 S/cm
Additive manufacturing	High conductivity with low loading. Suitable for additive manufacturing processes and equipment	0.1 to 0.25mm	2% - 15%	0.1 - 10 S/cm
Molding	High conductivity with good flow properties, small robust fiberbased conductors provide good detail replication	0.1 to 2mm	2% - 50%	1-100 S/cm
Adhesives	High conductivity with low volume loadings, adhesive system generallly retains strength properties	0.1 to 0.5mm	2% - 20%	1-100 S/cm