Ceres Series Conductive Ink

2026-01-10

Ceres Series Conductive Ink

Advanced Conductive Material Based on Nanotechnology

Ceres conductive ink utilizes advanced nanomaterial technology and unique formulation design to provide excellent conductivity, superior printability, and outstanding environmental stability. Suitable for high-precision printed electronics manufacturing, meeting demanding industrial application requirements.

Core Ceres Technology Advantage

Utilizing patented nano-silver/copper composite technology, maintaining high conductivity while significantly reducing material costs, providing the best cost-performance solution.

Core Features

Ultra-high Conductivity

Sheet resistance as low as 0.01 Ω/sq

Low-temperature Curing

Complete curing below 100°C

Excellent Adhesion

Strong adhesion to various substrates

Environmental Stability

Excellent resistance to humidity, heat, and oxidation

Main Technical Parameters

Volume Resistivity	≤ 5×10⁻⁵ Ω·cm
Sheet Resistance (25μm)	≤ 0.01 Ω/sq
Curing Temperature	80-120°C (adjustable)
Curing Time	10-30 minutes
Viscosity Range	5,000-50,000 cps
Storage Stability	≥ 12 months (5-25°C)

Ceres Series Technology Advantages

Based on patented nanomaterial technology and advanced formulation design, Ceres conductive ink leads industry standards in multiple key performance indicators

Nano Composite Technology

Utilizes nano-silver/copper composite particles, optimizing conductive network formation for high conductivity

Eco-friendly Formulation

Heavy metal-free, compliant with RoHS, REACH environmental standards, suitable for food contact applications

Wide Process Window

Adaptable to various printing processes including screen, inkjet, and gravure printing with high process tolerance

Product Details

Printing Process Compatibility

Screen Printing: 150-400 mesh, recommended film thickness 15-30μm
Inkjet Printing: Compatible with piezoelectric and thermal bubble printheads
Gravure Printing: Suitable for roll-to-roll high-speed production
Flexographic Printing: Compatible with various flexographic plates
Doctor Blade Coating: Suitable for large-area conductive coatings

Application Areas

Flexible Printed Circuits (FPC)
RFID Antennas and Tags
Touch Screen Sensors
Printed Heating Elements
Biomedical Sensors
Smart Packaging and Labels
Photovoltaic Cell Electrodes

Technical Specifications

Color: Silver Gray / Dark Gray
Solid Content: 65-75%
Density: 2.8-3.2 g/cm³
Thixotropic Index: 1.5-2.5
Surface Tension: 28-35 mN/m
Shelf Life: 12 months (5-25°C)
Packaging: 1kg, 5kg, 20kg jars

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