NanowizTech Conductive Silver Paste is manufactured under strict quality standards to ensure consistency and performance.

Typical Technical Specifications:

• Composition: Silver particles (60–90%), polymer resin, solvent system
• Appearance: Smooth metallic grey paste
• Silver Purity: Up to 99.9%
• Electrical Resistivity: As low as 0.00001 Ω·cm (depending on formulation)
• Viscosity Range: 100,000 – 300,000 cP
• Curing Temperature: 80°C – 150°C
• Curing Time: 10 – 60 minutes
• Adhesion Strength: excellent on glass, metal, ceramic, and polymers
• Thermal Conductivity: High heat dissipation capability
• Particle Size: Nano to micron range for enhanced conductivity
• Shelf Life: 6–12 months (under recommended storage conditions)

The paste is available in multiple packaging options and viscosities, making it suitable for screen printing, dispensing, brushing, and micro-application techniques.

Key Properties of NanowizTech Conductive Silver Paste:

1. Exceptional Electrical Conductivity

Silver is the most conductive metal, making this paste ideal for low-resistance electrical connections. The high silver loading ensures efficient electron flow and minimal energy loss.

2. Superior Thermal Conductivity

NanowizTech paste effectively dissipates heat, preventing overheating in sensitive electronic components. This makes it highly suitable for high-performance circuits and power electronics.

3. Strong Adhesion

The advanced binder system ensures strong bonding with a wide range of substrates including:

• Glass
• Ceramics
• Metals
• Plastics

This ensures durability even under mechanical stress and thermal cycling.

4. Low-Temperature Processing

Unlike traditional soldering, NanowizTech Conductive Silver Paste can cure at relatively low temperatures, making it suitable for heat-sensitive components and flexible electronics.

5. Excellent Oxidation Resistance 

Silver has natural resistance to oxidation, ensuring long-lasting conductivity and reliability even in harsh environmental conditions. Depending on formulation, the paste can offer flexibility for applications such as:

• Wearable electronics
• Flexible circuits
• Printed electronics

6.  Application

The paste can be easily applied using multiple techniques such as:

• Screen printing
• Syringe dispensing
• Brush coating

This versatility enhances its usability across industries.

Advantages of NanowizTech Conductive Silver Paste:

NanowizTech stands out as a global leader in silver conductive paste manufacturing due to the following advantages:

• High conductivity with minimal resistance
• Reliable performance in extreme conditions
• Excellent adhesion and durability
• Compatible with multiple substrates
• Easy to apply and process
• Long shelf life and stability
• Custom formulations available

Applications of NanowizTech Conductive Silver Paste

NanowizTech Conductive Silver Paste is widely used across multiple industries due to its unmatched performance and versatility.

1. Printed Circuit Board (PCB) Repair and Assembly

The paste is extensively used for:

• Repairing damaged PCB tracks
• Creating conductive pathways
• Replacing solder in delicate circuits

It provides a reliable alternative where traditional soldering may cause damage.  

2. Semiconductor and Microelectronics

NanowizTech silver paste is used in:

• Die attachment
• Chip bonding
• IC packaging

Its excellent conductivity and thermal performance improve device efficiency and lifespan.

3. Solar Cell Manufacturing

Silver conductive paste plays a crucial role in photovoltaic cells, where it forms conductive contacts that collect and transfer electricity efficiently.

4. Flexible Electronics and Wearables

Due to its flexibility and low curing temperature, it is ideal for:

• Flexible circuits
• RFID tags 
• Smart textiles

5. Sensors and Medical Devices

• Biosensors
• Environmental sensors
• Diagnostic devices

Its precision and reliability make it suitable for critical applications.

6. Touchscreens and Displays

The paste is used to create transparent conductive layers in:

• Touch panels
• Display technologies 
• Defogger circuits
• Electronic control units
• High-reliability aerospace electronics

7. Research and Development (R&D)