Room temperature conductive silver adhesive

Room temperature conductive silver adhesive is a conductive adhesive that can be cured at or near room temperature. It is mainly composed of resin matrix (such as epoxy resin, silicone resin, etc.), conductive particles (usually silver powder), and dispersing additives, auxiliaries, etc. After curing at room temperature, conductive silver paste can form stable conductive pathways and achieve conductive connections between the adhesive materials.

Product characteristics

1. Room temperature curing: It can be cured without heating or with only slight heating, simplifying the production process and improving production efficiency.
2. High conductivity: Due to the use of high-purity silver powder as a conductive filler, room temperature conductive silver paste has excellent conductivity, low resistivity, and high signal transmission efficiency.
3. Excellent adhesion performance: The resin matrix has good adhesion performance and can firmly bond various substrates such as metals, ceramics, glass, etc., ensuring the stability and reliability of conductive connections.
4. Simple process: easy to operate, easy to integrate with automated production lines, reducing production difficulty and costs.
5. Environmental protection and energy conservation: Room temperature curing avoids high temperature energy consumption and potential environmental pollution issues, meeting the requirements of modern industry for environmental protection and energy conservation.

application area

1. LED packaging: used for conductive connection between LED chips and substrates to ensure the normal operation of LED devices.

2. Integrated circuit packaging: used in the packaging process of IC chips to achieve conductive connections between chips and pins.

3. Printed circuit board assembly: used to connect various electronic components on the circuit board during the PCBA process.

4. Smart cards and RFID tags: used in the production of smart cards and RFID tags to connect components such as chips and antennas.

5. Solar panel: Used in the manufacturing process of solar panels to connect battery cells with conductive lines.
   

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