JL-CS01 Conductive Copper Paste

JL-CS01
JL-CS01 is a low-temperature curable conductive copper paste engineered for high-performance electronic applications. It delivers excellent electrical conductivity, soldering reliability and stable performance across a wide range of assembly processes.
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Advanced Conductive Materials

JL-CS01
Conductive Copper Paste

JL-CS01 is a low-temperature curable conductive copper paste engineered for high-performance electronic applications. It delivers excellent electrical conductivity, soldering reliability and stable performance across a wide range of assembly processes.

Curing
150℃
Resistivity
3.9–9.6×10⁻⁵
Shelf Life
3 Months
JL-CS01 Conductive Copper Paste
Viscosity
5–30 Pa.s
@ 20rpm
Solid Content
>80%
TGA
Thermal Conductivity
60–80W
High thermal path
Storage
0–10℃
Refrigerated
Product Overview

Low-temperature curable paste for reliable conductive bonding.

JL-CS01 is designed for high-performance electronic manufacturing processes where stable conductivity, solder compatibility and low-temperature processing are required.

It supports screen printing and stencil printing, making it suitable for electronic packaging, PCB repair, solar cell interconnections, RF components and flexible printed circuits.

1

Low-Temperature Curing

Minimizes thermal stress on components during assembly.

2

High Conductivity

Provides efficient and stable current flow for electronic applications.

3

Solder Compatibility

Excellent bonding with both Sn/Pb and lead-free solders.

4

Long-Term Stability

Retains solderability even after extended storage.

Typical Applications

Built for high-precision electronic manufacturing.

Suitable for conductive bonding, solderable surfaces and precision assembly processes across packaging, repair, RF and flexible electronics.

Electronic packaging
PCB repair and rework
Solar cell interconnections
RF component assembly
Flexible printed circuits, FPC
High-precision electronic manufacturing
Technical Specifications

Key data for engineering review and sample approval.

The following technical parameters help engineers and purchasing teams evaluate processing conditions, conductivity, substrate compatibility and storage requirements.

ItemDataRemark
AppearanceBrown high-viscosity pasteVisual
Viscosity5–30 Pa.s@ 20rpm, tested by viscometer
Solid Content>80%TGA
Thermal Conductivity60–80WHigh thermal conductivity
Curing Conditions150℃ / 30–60minN2 atmosphere or hot air circulation oven
Resistivity3.9–9.6×10^-5 Ω·cmFour-point probe
Applicable SurfaceMetal / ceramic / plasticPET or PI films for plastics; copper or silver preferred for metals
SolderabilityGoodBoth solder wire and solder paste are acceptable
Construction TechnologyScreen printing / stencil printingPolyester screen, 150–400 mesh, 20–50 μm thickness
Storage TemperatureRefrigeration, 0–10℃Store refrigerated
Shelf Life3 monthsStore below 10℃

Process Compatibility

Suitable for screen printing and stencil printing. The paste can be used on metal, ceramic and plastic surfaces according to process requirements.

Process Guidance

Designed for practical assembly and rework processes.

Curing

150℃ for 30–60 minutes under N2 atmosphere or hot air circulation oven.

Printing

Screen printing or stencil printing for controlled deposition.

Surface

Compatible with metal, ceramic and plastic substrates.

Storage

Refrigerated storage at 0–10℃. Shelf life is 3 months below 10℃.

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