Recently, Dong Bangqi, Secretary General of the Copper Clad Coating Materials Branch of the China Electronic Materials Industry Association, and Professor level Senior Engineer Jian Ying visited Zhilun New Materials for a special technical exchange. The Chairman of the company, Du Biao, accompanied the entire process and organized the R&D team, sales team, and core backbone to participate in learning and exchange. During the event, experts and the Zhilun New Materials team focused on in-depth discussions on the application of high-purity low chlorine epoxy resin in the field of copper-clad laminates.

Industry authorities visit to seek a new chapter in technological development

At the symposium, Secretary General Dong highly praised Zhilun New Materials' research and development capabilities and market performance in the field of electronic materials. Chairman Du Biao expressed sincere gratitude to the experts of the association for their guidance, and emphasized that "Zhilun New Materials has always taken technology driven as its core strategy, and will continue to deepen in-depth exchanges with the association in the future to promote greater breakthroughs in domestic high-end materials

The thematic exchange is full of practical knowledge and in-depth exploration of low chlorine epoxy

In this exchange, Professor Shi Jianying brought two heavyweight topic sharing sessions to the Zhilun New Materials team around industry technology pain points:

Can molecular distillation produce high-purity, low chlorophenol epoxy resin? ": The teacher deeply analyzed the necessity of low chlorination of epoxy resin, the mechanism of organic chlorine atoms in epoxy resin, their forms of existence, and the characteristics of the substances evaporated during molecular distillation.

Analysis of Distillation Phenolic Epoxy Resin Technology ": The teacher systematically sorted out the background of the production of epoxy resin molecular distillation technology, explained the importance of low chlorination of epoxy resin, explained the mechanism of epoxy resin synthesis reaction, analyzed the causes and forms of organic chlorine production, and the essence of the substances evaporated by molecular distillation.

The atmosphere at the training site was lively, and the R&D team of Zhilun New Materials had in-depth discussions with Professor Shi Jianying on practical issues such as the application technology requirements and prospects of high-purity low chlorine epoxy resin in the copper-clad laminate industry.

Hand in Hand, Leading the Future with Intelligence

The visit of this expert group not only brought cutting-edge technological insights to Zhilun New Materials, but also demonstrated the association's recognition of the company's innovative capabilities in the field of electronic materials. In the future, Zhilun New Materials will rely on the support of associations and expert think tanks to accelerate the localization of high-purity and low chlorine epoxy resin materials, and promote the electronic information industry with higher quality products and services