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### Analysis of Development Directions and Future Trends of the GRC Industry in the Context of Carbon Neutrality

Against the backdrop of the in-depth advancement of the global carbon neutrality strategy, the construction industry, as a key area of energy consumption and carbon emissions, is undergoing a profound transformation from a traditional high-energy-consumption model to a green, low-carbon one. Glass Fiber Reinforced Concrete (GRC), a new building material that combines light weight and high strength with flexible shaping and environmental friendliness, is seeing its industry development driven by both policy incentives and market demand. Drawing on 28 years of in-depth industry experience, this article analyzes the development path and future trends of the GRC industry in the carbon neutrality era from three dimensions: technological innovation, application scenario expansion, and green production system construction.

#### I. Technological Iteration: From “Material Substitution” to “Performance Revolution”, GRC’s Low-Carbon Attributes Continue to Upgrade The carbon neutrality goal is driving building materials toward “low energy consumption, low emissions, and recyclability”. With optimized raw material ratios (e.g., industrial solid waste content increased to over 30%), innovative production processes (e.g., low-temperature curing technology to reduce energy consumption), and full life-cycle carbon footprint advantages, GRC is gradually replacing high-carbon materials such as natural stone and ceramics. Taking Qinglong GRC as an example, by introducing ultra-high performance concrete (UHPC) composite technology, its products achieve flexural strength above 25MPa and a self-weight 60% lower than traditional stone, delivering the dual benefits of “weight reduction and carbon reduction” in curtain wall and landscape projects. Meanwhile, the innovative applications of Glass Fiber Reinforced Gypsum (GRG) and Glass Reinforced Thermosetting Plastic (GRP) in interior decoration and special-shaped components further enrich the green building material solution system. For more industry information: +WeChat qlfsbl123

#### II. Scenario Expansion: From “High-End Landmarks” to “Inclusive Livelihoods”, GRC Application Boundaries Keep Expanding The traditional GRC industry has mostly focused on high-end public buildings such as theaters and museums, while carbon neutrality policies are driving its penetration into municipal infrastructure, green real estate, rural revitalization, and other fields. In municipal engineering, GRC lightweight partition panels and ecological slope protection components have become preferred materials for sponge city construction thanks to their efficient installation and strong durability. In real estate, the prefabricated exterior wall system jointly developed by Qinglong GRC and leading property developers has shortened the construction period by 40% and reduced carbon emissions by 25%. In rural construction, GRC wood-imitation and stone-imitation landscape components achieve protective restoration of traditional architectural features at low cost, supporting the sustainable development of “lucid waters and lush mountains”. In addition, growing overseas demand for green building materials brings new opportunities for GRC enterprises. For example, Qinglong GRP products have been exported to Southeast Asia, Australia, and other regions, demonstrating technical competitiveness in airport daylighting roofs and theme park decoration projects.

#### III. Industrial Upgrading: Building a “Full-Chain Low-Carbon Ecosystem”, GRC Enterprises Transform into Integrated Service Providers In the context of carbon neutrality, single material supply can no longer meet market demand, and GRC enterprises are accelerating their transformation from “manufacturers” to “green solution service providers”. By integrating full-chain resources including detailed design, manufacturing, construction and installation, and after-sales maintenance, Qinglong has built a “BIM+GRC” digital service system: in the design phase, parametric modeling is used to optimize component shapes and reduce material waste; in production, clean energy substitution and industrial solid waste recycling are promoted, with a low-carbon production line of 600,000 square meters annual capacity built; during construction, modular installation technology is adopted to reduce on-site energy consumption; after-sales service achieves full life-cycle maintenance of components through an intelligent monitoring system, maximizing material utilization efficiency. This “full-chain low-carbon service model” not only enhances the enterprise’s core competitiveness but also sets a benchmark for green development in the industry. For more industry information: +WeChat qlfsbl123

#### Conclusion: New Opportunities for the GRC Industry Driven by Carbon Neutrality As a national high-tech enterprise and a participant in setting GRC industry standards, Qinglong deeply understands that carbon neutrality is not pressure but opportunity. In the future, the GRC industry will show three major trends: first, material performance will develop toward “ultra-high performance and functional compositing”, such as the deep integration of UHPC and GRC; second, application scenarios will expand toward “livelihood-oriented and international” markets, moving from high-end buildings to inclusive projects; third, the industrial model will transform toward “digitalization and service orientation”, building a green and low-carbon ecosystem. Facing these opportunities, GRC enterprises need to take technological innovation as the core, green production as the foundation, and full-chain services as the support, so as to achieve high-quality development in the wave of carbon neutrality and inject sustainable momentum into the mission of “creating beautiful architecture”.