Description

 

To produce high-performance electronics, adhesives with high metal adhesion and thermal conductivity are required for thermal decoupling and insulation. Nanoparticles such as silver, nickel, graphene, graphene oxide, and carbon nanotubes (CNTs) are frequently incorporated into epoxy resins and polymers to impart desired functional properties such as electrical conductivity or insulation, thermal conductivity, tensile strength, Young’s modulus, and Gain flexibility. High-performance adhesives have been developed for high-performance electronic use metal fillers (such as silver, gold, nickel, or copper nanoparticles) to provide electrical conductivity.

Electrically conductive glue with favorable electrical and mechanical conductivity properties is of particular importance and has attracted the attention of researchers in recent years. High performance electrically conductive adhesives are obtained by combining the polymer matrix with effective electrically conductive fillers. In order for a composite with an insulating matrix to become electrically conductive, the concentration of the conductive filler must exceed the permeability threshold. Permeability threshold is the extent to which an electrically conductive network is formed from filler particles.

Conductive adhesives can be used as an alternative to soldering to create electrical connections in organic optoelectric devices. Multilayer solar cells are photovoltaic devices that are stacked on top of each other, which increases the final absorption of the system. This system is suitable for use in organic solar cells.

Electrically conductive adhesives are most commonly employed in electronics applications where components must be held in place while electrical current can flow between them. Most general adhesives (such as anaerobics, cyanoacrylates, epoxies, and acrylic-based adhesives) act as an electrical insulator depending on the space between components. Some provide better thermal conductivity to aid in the thermal management of electronic components and heat sinks by directing heat away from sensitive components. Since there is no glue line control in many circumstances (especially when using an anaerobic or cyanoacrylate adhesive) and parts are effectively touching (with adhesives filling in microscopic crevices), some electrical charge can still be transferred because there is enough metal to metal contact.

KPA Conductive Graphen Adhesive

KPA company operates in the field of production of conductive graphene adhesive product with the best quality and price.

To place an order and if you need advice as well as to inquire about the price of conductive graphene adhesive, you can enter the page (contact us) and contact our experts.

https://graphenika.com/contact/

Also, see the following pages for more information on the application of conductive graphene adhesive.

https://graphenika.com/portfolio/printed-electronics/