The "Coatings Industry - Ringer Technology Innovation Awards 2025", hosted by Ringier Trade Media, took place in Shanghai May 22, 2025. Quark Advanced Material' self-developed Acrylic Siloxane Resin won the 2025 Ringer Technology Innovation Award for its breakthrough technological innovation!
Acrylic Polysiloxane Material, developed by Quark Advanced Materials, is a high-performance modified material based on polysiloxane resin technology. By incorporating acrylic resin to optimize the molecular structure, it forms an Interpenetrating Polymer Network (IPN). This innovation maintains the high-temperature resistance and corrosion resistance inherent to polysiloxane resins while integrating the adhesion strength and film-forming properties of acrylic resins. The material is engineered for long-lasting protective coatings under extreme environmental conditions.
Based on its exceptional weathering resistance, high-temperature tolerance, corrosion resistance, low VOC, and application versatility, acrylic modified siloxane resin strategically addresses demanding industrial and civil scenarios requiring long-term protection with environmental compliance. Applications span:
1.Industrial Heavy-Duty Corrosion Protection:
Petrochemical plants • Offshore structures • Power facilities
2.Advanced Equipment & Specialized Applications:
Aerospace • Renewable energy installations • Rail transit systems
3.Eco-Architecture & Public Infrastructure:
Landmark buildings • Municipal engineering projects
4.Emergency & Extreme Environment Solutions:
Critical repairs • Polar/desert operations • Chemical exposure zones
Winning the "2025 Ringer Technology Innovation Award" signifies industry recognition of Quark's technological capabilities. Moving forward, Quark Advanced Materials will forge ahead with its mission to become the leading technology innovator in high-temperature & corrosion-resistant functional materials. We pledge to collaborate with industry partners in advancing China's coating sector through high-quality, sustainable development.
