Application of high-strength silver powder electronic conductive adhesive products

Strong silver powder conductive adhesive

High strength silver powder conductive adhesive has the characteristics of high bonding strength, excellent conductivity, low resistance, and high temperature resistance. It is widely used in industries such as electronics, semiconductors, and machinery for conductivity, heat conduction, bonding, and thermal conductive coatings.

Performance characteristics of high-strength silver powder electronic conductive adhesive

1. High adhesive strength;

2. Has good conductivity and low resistance;

3. Excellent aging resistance and good temperature resistance;

4. Widely used in conductive bonding in industries such as electronics, semiconductors, and machinery.

Usage method of high-strength silver powder electronic conductive adhesive product

1. Design and process the bonding and sealing interface, and the best joint design is sleeve joint and groove joint;

2. roughen the surface to be adhered, and remove rust and dirt;

3. Glue dispensing: Weigh the components in proportion (weight ratio A: B=10: 1) It is advisable to mix and blend into a flowable paste, and the mixed glue should be used up within 30 minutes;

4. Adhesive curing: Apply or pour the mixed adhesive solution onto the sealed area to be bonded, and apply pressure to cure.

Curing conditions for high-strength silver powder electronic conductive adhesive products

1. Weigh the components in proportion, mix them evenly, apply glue and press them tightly;

2. Apply the mixed adhesive to the area to be bonded for bonding;

3. It can be cured at room temperature or by heating, and cured at room temperature for 24 hours; Heating and solidification: Heat to 60 ℃~80 ℃, maintain a constant temperature for 2 hours, and then slowly cool down.

High strength silver powder electronic conductive adhesiveUsage: Two component, gray, room temperature curing epoxy conductive adhesive with high bonding strength and good conductivity. Suitable for conductive bonding between metals and between metals and non metals, especially in situations where soldering is inconvenient. Thermal conductive coatings can also be used for conductive and thermal bonding between quartz crystal resonators, semiconductor chips, LEDs and electronic devices and circuit boards, piezoelectric ceramics, motor carbon brushes, cable joints, automotive motor diodes, heating elements, etc.