Addressing the core developmental needs of the hydrogen energy industry and the new energy sector, Polyrocks meticulously prepared and presented four categories of self-developed core products: AEMemr^® Anion Exchange Membrane, AEMemr^® Polyelectrolyte Solution, Flexible Perovskite Photovoltaic Modules, and Photovoltaic Electrochromic Glass. This portfolio comprehensively covers multiple high-potential green energy sectors, including critical hydrogen energy materials, next-generation photovoltaics, and green building energy, precisely aligning with the trends of low-carbon transformation and domestic technology advancement, making them a focal point of the exhibition.

       Notably, the AEMemr^® Anion Exchange Membrane and its supporting polyelectrolyte solution, as the company's flagship products in the hydrogen energy sector, boast exceptional performance that breaks down foreign technological barriers, vigorously promoting the localization of core hydrogen energy components. Developed using Polyrocks' proprietary material systems and manufacturing processes, the AEMemr^® Anion Exchange Membrane is perfectly suited for core applications such as AEM water electrolysis for hydrogen production and fuel cells. When paired with the specialized polyelectrolyte solution, it achieves efficient hydroxide ion conduction, reaching a high current density of 3.0 A/cm² at 1.8V with a Faradaic efficiency exceeding 99%. It is compatible with non-precious metal catalysts, significantly reducing hydrogen production costs. Furthermore, it possesses excellent mechanical stability and chemical durability, enabling stable long-term operation for over 8,000 hours, with a dynamic response time of less than 1 second, making it adept at adapting to the fluctuating nature of wind and solar green power—a critical core material for the large-scale production of green hydrogen.

The Photovoltaic Electrochromic Glass and Flexible Perovskite Photovoltaic Modules precisely target the emerging opportunities in green building and next-generation photovoltaics. The Photovoltaic Electrochromic Glass combines smart dimming with photovoltaic power generation. It can automatically adjust light transmittance based on ambient light, effectively reducing building energy consumption while enabling self-generation and self-consumption of clean energy, perfectly meeting the needs of zero-carbon buildings and green industrial parks. Leveraging the company's deep expertise in new material R&D, the Flexible Perovskite Photovoltaic Modules overcome the limitations of traditional photovoltaic products. They offer core advantages such as high efficiency, lightweight construction, flexibility, and customization. With significantly enhanced environmental stability and operational lifespan, they can be widely applied in diverse scenarios including distributed power stations, building-integrated photovoltaics (BIPV), agricultural photovoltaic canopies, vehicle-mounted auxiliary power, drone power supply, and upgrades for aging power stations, fundamentally broadening the application boundaries of solar energy and injecting new momentum into Polyrocks' business expansion.
 

Throughout the three-day exhibition, the Polyrocks booth remained a hub of activity and enthusiasm, becoming a must-visit destination for upstream and downstream enterprises, industry experts, research teams, and professional purchasers. Visitors consistently stopped by to engage in in-depth discussions regarding product performance, technical specifications, application scenarios, and collaboration models, fostering a vibrant atmosphere of on-site interaction.

Polyrocks' professional technical and business teams provided attentive, one-on-one service throughout the event, meticulously explaining the core advantages, R&D journey, and industrialization achievements of the products to visitors. They precisely addressed various technical and collaboration inquiries, ensuring that every attendee gained a comprehensive understanding of the company's innovations in the new energy materials sector. Leveraging this exhibition platform, Polyrocks not only further solidified its long-term, stable cooperative relationships with existing partners but also successfully connected with numerous potential clients and high-quality industry resources. Preliminary cooperation intentions were established with several companies and research institutions, laying a solid foundation for subsequent market expansion and industrial collaborative development.

As a high-tech enterprise dedicated to the R&D and industrialization of high-performance new materials, Polyrocks consistently aligns with the national "dual carbon" strategic deployment. Seizing the opportunities presented by the burgeoning new energy industry, the company continuously increases R&D investment, focusing on tackling critical material technologies in hydrogen energy, photovoltaics, and related fields. It persistently breaks through industry bottlenecks and accelerates the rapid industrialization of core technological achievements. Its participation in the Beijing Hydrogen Energy Exhibition serves not only as a concentrated showcase of Polyrocks' innovative strength in the new energy materials sector but also as a significant milestone in the company's commitment to cultivating the green energy sector and supporting the industry's low-carbon transformation.

The journey ahead is long and arduous, demanding even greater resolve. Looking forward, Polyrocks will remain true to its innovation-driven original aspiration, continue to focus on the R&D of high-performance new energy materials, relentlessly iterate product technologies, expand application scenarios, and deepen exchanges and cooperation with global industry partners. Through its advanced material technologies, Polyrocks is dedicated to promoting the high-quality development of new energy industries like hydrogen and photovoltaics, contributing its strength to the steady realization of the nation's "dual carbon" goals!