Low temperature cured silver chloride paste is a high-performance conductive material designed specifically for electronic packaging and low-temperature curing processes. This silver paste is made of high-quality silver chloride powder and high polymer resin, and is processed through fine mixing and dispersion techniques. It can quickly cure at lower temperatures, forming a highly conductive layer, especially suitable for temperature sensitive electronic components. Widely used in fields such as electronic packaging, sensors, touch screens, etc.
Product characteristics
- High conductivity: The high content of silver chloride powder ensures that the conductive layer has extremely low electrical resistivity and improves conductivity.
- Low temperature curing: It can be cured at lower temperatures (such as 120-150 ° C) to reduce thermal damage to the substrate.
- Excellent adhesion performance: The resin matrix has good adhesion performance and is suitable for various substrates such as metals, ceramics, glass, etc.
- Good processability: It has good fluidity and thixotropy, suitable for various processes such as screen printing and spraying.
- Environmental friendliness: The product complies with RoHS standards and does not contain harmful substances such as lead.
Product advantages
- Improve production efficiency: Low temperature curing reduces curing time and improves production efficiency.
- Enhancing the stability of electronic components: The conductive layer formed after curing has high reliability, enhancing the stability and service life of electronic components.
- Cost reduction: Low temperature curing reduces energy consumption, minimizes thermal damage to the substrate, and lowers production costs.
- Environmentally friendly and pollution-free: Complies with environmental standards, with no harmful gas release during use, and is environmentally friendly.
application area
- Electronic packaging:
- Used for integrated circuit packaging, LED packaging, sensor packaging, etc., to ensure efficient signal transmission.
- Suitable for conductive connections of various electronic components.
- Sensor:
- Used as a conductive layer for temperature sensors, humidity sensors, pressure sensors, etc., to improve the reliability of signal transmission.
- Suitable for industrial automation and IoT devices.
- touch screen:
- The conductive layer used for touch screens provides sensitive and stable touch sensing functionality.
- Suitable for consumer electronics products such as smartphones and tablets.
- Photovoltaic cells:
- Used as a conductive strip in photovoltaic cells to improve photoelectric conversion efficiency.
- Suitable for new energy equipment such as solar panels.
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