Anti oxidation conductive copper paste is a high-performance material designed specifically to meet the requirements of high conductivity and oxidation resistance. It uses high-purity copper powder as the conductive substrate, and adds special antioxidants and resin adhesives, which are made through precise mixing processes. This copper paste has broad application prospects in the fields of electronics, electrical and microelectronics, especially suitable for conductive connections that require long-term stability and reliability.
Product characteristics
- Excellent conductivity:
- High purity copper powder ensures extremely low electrical resistivity and provides excellent conductivity.
- Suitable for various application scenarios that require high current transmission.
- Excellent antioxidant properties:
- Special antioxidants have been added to effectively prevent copper powder from oxidizing in the air.
- Long term maintenance of stable conductivity and extension of product lifespan.
- Excellent adhesion:
- Resin adhesive forms a strong bond with various substrates such as PCB boards, ceramics, metals, etc.
- Ensure stable adhesion of the conductive layer on the substrate, without easy detachment or peeling.
- Good processability:
- Suitable for various processing techniques such as screen printing, spraying, and dispensing.
- Facilitate precise control of the shape, size, and thickness of the conductive layer.
- Environmentally friendly and pollution-free:
- The product meets environmental standards and there is no harmful gas release during the production process.
- Suitable for the production of electronic components that meet green manufacturing and environmental protection requirements.
Product advantages
- Improve conductivity stability:
- The protective effect of antioxidants ensures that the conductivity remains stable over long-term use.
- Reduce the increase in resistance and decrease in conductivity caused by oxidation.
- Enhance product reliability:
- The strong adhesion ensures that the conductive layer can remain stable in various environments.
- Improve the durability and service life of the product.
- Improve production efficiency:
- Good processing performance facilitates large-scale production and automated manufacturing.
- Reduce production costs and improve production efficiency.
- Wide range of applications:
- Suitable for multiple fields such as PCB circuit boards, automotive electronics, industrial control equipment, etc.
- Meet various conductive connection requirements that require high conductivity and oxidation resistance.
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