Hotline:0755-22277778
Tel:0755-22277778
Mobile:13826586185(Mr.Duan)
Fax:0755-22277776
E-mail:duanlian@xianjinyuan.cn
In the field of electronic materials, conductive silver paste, as an important functional material, is widely used in the printing and formation of conductive circuits.Advanced Institute (Shenzhen) Technology Co., LtdSuccessfully developed revolutionary and innovative solutions to meet market demandsResearch Platinum Brand Model YB8610 Quartz Glass Conductive Silver PasteThis article will delve into the detailed parameters, production process, product advantages and characteristics of the product, as well as its application prospects in multiple fields.
YB8610 quartz glass conductive silver paste adoptsHigh purity silver particlesAs a conductive phase, combined with advanced dispersion technology and surfactants, it ensures the uniform dispersion and good adhesion of silver particles on quartz glass substrates. This conductive silver paste has excellent conductivity, with a resistivity as low as 1.5 × 10 ^ -5 Ω· cm, while maintaining good flexibility and being able to withstand certain mechanical stresses without fracture.
The curing temperature range of this product is wide, and it can be quickly cured between 120 ° C and 180 ° C, greatly improving production efficiency. In addition, YB8610 quartz glass conductive silver paste has excellent adhesion to quartz glass substrates. After testing, the adhesion can reach the 5B level standard after curing at 180 ° C.
The production process of YB8610 quartz glass conductive silver paste integrates multiple advanced technologies. Firstly, select particles with uniform particle size distributionHigh purity silver powderThrough advanced wet ball milling technology, grinding is carried out to achieve nanoscale dispersion. Next, using specially designed dispersants and surfactants, silver particles are uniformly dispersed in the carrier solvent to ensure the stability of the slurry.
During the preparation process of the slurry, viscosity and solid content are strictly controlled to meet the requirements of different printing processes. After precise filtration and vacuum defoaming treatment, the purity and printing performance of the final product are ensured. Finally, through precise temperature control and atmosphere protection, the solidification of silver paste is achieved to ensure conductivity and adhesion.
The advantage of YB8610 quartz glass conductive silver paste lies in its excellent conductivity and excellent adhesion to quartz glass substrates. Compared with similar products on the market, YB8610 exhibits higher conductivity and better temperature resistance, and can maintain stable conductivity over a wide temperature range.
In addition,YB8610 quartz glass conductive silver pasteThe curing speed is fast and the production efficiency is high, making it very suitable for large-scale industrial production. Its excellent flexibility ensures reliability in bending and folding applications, meeting the strict requirements of flexible electronic devices for material properties.
The application fields of YB8610 quartz glass conductive silver paste are very wide, including but not limited to:
conclusion
The successful development of YB8610 quartz glass conductive silver paste not only enhances the competitiveness of Advanced Institute (Shenzhen) Technology Co., Ltd. in the field of conductive silver paste, but also brings new choices to the electronic materials industry. With its outstanding conductivity, excellent adhesion, and rapid curing properties, YB8610 has become the preferred material for multiple high-end application fields. In the future, with the continuous advancement of technology and the sustained growth of market demand, the YB8610 quartz glass conductive silver paste, a platinum brand model, will play its unique advantages in a wider range of fields.
Advanced Institute (Shenzhen) Technology Co., Ltd, © two thousand and twenty-onewww.avanzado.cn. All rights reservedGuangdong ICP No. 2021051947-1 © two thousand and twenty-onewww.xianjinyuan.cn. All rights reservedGuangdong ICP No. 2021051947-2