What are the applications of electrode paste in piezoelectric ceramics, potentiometers, and flash tubes?

Silver electrode pasteIt refers to silver paste printed on conductive substrates, which has the ability to conduct current and eliminate accumulated static charges. It is generally printed on non-conductive substrates such as plastic, glass, ceramics, or cardboard. There are a wide range of printing methods, such as screen printing, relief printing, flexographic printing, gravure printing, and flatbed printing, which can all be used. Different printing methods can be selected according to the requirements of film thickness, and the resistance, solder resistance, and friction resistance also vary depending on the film thickness. This silver paste comes in two types: thick film color paste and resin type. The former is a high-temperature firing process using glass material as a binder, while the latter is a low-temperature drying or radiation (UV, EB) curing process using synthetic resin as a binderWire mesh silver paste.

Applied in the electronics industry

Low temperature and room temperature curing conductive silver adhesiveMain applications: It has the characteristics of low curing temperature, extremely high bonding strength, stable electrical performance, and is suitable for screen printing. Suitable for conductive and thermal bonding in ambient temperature curing welding applications, such as quartz crystals, infrared pyroelectric detectors, piezoelectric ceramics, potentiometers, flash lamps, as well as shielding and circuit repairs. It can also be used for conductive bonding in the wireless instrument industry; It can also replace solder paste to achieve conductive bonding.

Advanced Institute of Technology Silver ElectrodeGold electrode platinum electrode paste products are widely used in automobiles, thick film hybrid integrated circuits, glass glaze potentiometers, and various resistors, providing product support for many fields in China such as ships, automobiles, communications, electronics, and energy. At the same time, the company closely follows the development direction of national industrial policies, constantly innovating, and has developed multiple new products such as high-power load specific conductive paste, low-cost ink, new piezoelectric ceramic specific ink, and LED electronic ink. According to the company's plan, after expanding production scale, it will seize more market share.

The conductive phase determines the electrical properties of the slurry and affects the physical and mechanical properties of the film; The bonding phase firmly binds the film layer to the substrate, usually glass powder, oxide crystals, or a mixture of the two. Its selection has a certain impact on the mechanical and dielectric properties of the film formation; Organic carriers are carriers of functional and bonding phase particles, which control the rheological properties of the slurry to make it suitable for screen printing. The performance of electronic paste varies depending on the application, mainly manifested in specific electrical properties and adhesion strength, resistance to solder erosion, solderability, etc. In addition, good processability is also required, such as thixotropy, printing reproducibility, phase release, and sintering properties. The key to determining the above performance lies in the composition of the slurry, the ratio between each phase, and the different preparation methods.
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