Silicone Conductive Ink

Silicone conductive ink is a two-component ink suitable for silicone key products that meets the conductive requirements. This ink is suitable for screen printing, pad printing or dot printing processes. It has high conductivity while retaining the unique advantages of silicone, such as high temperature resistance, waterproofness and flexibility. Therefore, silicone conductive ink is particularly suitable for silicone keys of electronic products such as fax machines, copiers, cluster machines, remote controls, etc. Its compatibility with various substrates makes it an attractive choice for innovative designs in the rapidly evolving field of printed electronics, facilitating the seamless integration of technology into everyday products.

Technical Parameters

Performance

• Strong adhesion. Silicone conductive ink exhibits remarkable adhesive properties, ensuring excellent bond strength to various substrates. This characteristic enhances the durability and reliability of electronic applications.
• Excellent conductivity. This ink provides superior electrical conductivity, making it ideal for applications that require efficient current flow and minimal resistance, thereby improving overall performance in electronic devices.
• Enhanced stability. Silicone conductive ink demonstrates outstanding stability under varying environmental conditions. Its resilience against temperature fluctuations and humidity ensures consistent performance and longevity in diverse applications.
• Rapid curing. The silicone conductive ink is formulated for quick curing, allowing for efficient production processes and reduced turnaround times.

Precautions

• Ensure that the surface of the silicone material is thoroughly cleaned and is free from any oils, dust particles, or contaminants prior to use.
• Before using the ink, it is essential to incorporate a platinum catalyst. The recommended addition ratio is ink to platinum catalyst at 100:2-3. If you find that the viscosity of the mixture is excessively high, you may add odorless kerosene in moderate amounts to achieve a suitable viscosity for screen printing, pad printing, or dot printing.
• Allow the mixture to stand in a dust-free environment for 5 to 10 minutes before proceeding with the vulcanization process, which needs to be vulcanized twice before use.