Shenzhen, December 5 – The “2025 Industrial Capability · Sustained Advancement – One-on-One Hand-in-Hand Dual-Use Technology Exchange Conference” concluded successfully in Shenzhen. Centered around the themes of “Technological Advancement, Market Advancement, and Resource Advancement,” the conference brought together multiple stakeholders from government, industry, academia, research, application, and military sectors. Participants engaged in in-depth discussions on innovation pathways for dual-use technologies and explored strategies to drive sustained industrial upgrading.
Focusing on the core topics of “Market Advancement and Resource Upgrading,” the event gathered 30 exhibiting enterprises and over 100 high-potential partners. Coverage spanned key stages from research and development to production, testing, and certification, leading to multiple practical cooperation intentions and enabling efficient business connections.
The conference attracted authoritative institutions and industry leaders from sectors such as defense, manufacturing, and testing. Experts from aerospace, high-end equipment, new materials, and other industries shared cutting-edge insights, promoting deeper integration between industrial chains and innovation chains. During the targeted matchmaking sessions, participants engaged in highly efficient discussions on technical collaboration and market expansion, fostering a vibrant and results-oriented atmosphere.
At the industry exchange forum, the Chairman of Quark New Materials delivered a systematic presentation on the company’s innovative solutions to industry challenges. He highlighted the technological framework centered on “longevity, safety, reliability, and full-life-cycle protection,” introducing key products including:
Zhaoju® PI-based Composite Materials
PI Specialty Engineering Plastics
Zhaoju® PI Specialty Fibers
Ealean® Polysiloxane High-Temperature Resistant Coatings
Ealean® Polysiloxane Anti-Corrosion Protective Coatings
In terms of application scenarios, the presentation demonstrated the practical transformation of these technological achievements through representative cases:
High-Temperature Resistant Coatings have achieved critical breakthroughs in military equipment, aerospace components, and thermal management systems for low-altitude power batteries, significantly enhancing equipment reliability under extreme conditions.
PI-based Battery Separator Materials have successfully replaced traditional PVDF and aramid materials, optimizing coating processes and improving performance in the new energy battery sector.
Primer-Topcoat Integrated Siloxane Coatings play a vital role in secondary maintenance of large-scale engineering facilities. Their long-term corrosion resistance and rapid application features help reduce full-life-cycle maintenance costs.
These technological achievements have passed multiple industry certifications and received support from central government-guided local sci-tech development funds. Additionally, Quark has engaged in technical collaborations with international enterprises such as Daikin Advanced Materials (Shanghai), further solidifying its leading position in the green high-performance materials sector. The presentation garnered high attention from attending experts and industry representatives, providing strong support for Quark New Materials’ strategic positioning in the high-end materials market.
