Analysis of the Development Direction and Future Trends of the GRC Industry Under Carbon Neutrality

Amid the wave of green transformation in the construction industry, carbon neutrality goals are profoundly reshaping the underlying logic of material application. As a dedicated player in the UHPC/GRC/GRG/GRP materials field, Qinglong Group's 28 years of technical expertise give us a clear view: new composite materials are not only a carrier of architectural aesthetics, but also a key pathway to achieving low-carbon construction.

**Material Innovation Driven by Carbon Neutrality: An Era of Opportunity for the GRC Industry**

Guided by the "dual carbon" strategy, the construction industry is undergoing a transformation from "high-energy-consumption construction" toward "whole-life-cycle low-carbon management." With light weight and high strength (only 1/4 the weight of traditional stone), high mold reuse rates (saving 30% of mold costs compared with traditional precast components), and recyclability, GRC (glass fiber reinforced concrete) has become a preferred alternative to high-carbon building materials. Take a landmark project Qinglong participated in as an example: adopting a GRC curtain wall system reduced carbon emissions by approximately 28% compared with a traditional stone curtain wall, confirming the core value of composite materials in green construction.

**Coordinated Development of Four Materials: Building a Matrix of Low-Carbon Building Solutions**

The UHPC/GRC/GRG/GRP material system that Qinglong has cultivated is forming a complementary and symbiotic low-carbon application ecosystem. GRC's mature applications in exterior wall decoration and landscape components now cover 300+ landmark projects nationwide; UHPC, with its ultra-high strength (compressive strength ≥150MPa), enables material-efficient design in structural components such as bridges and utility corridors; GRG, with its acoustic performance advantages, dominates the suspended ceiling market of cultural buildings such as concert halls and theaters; while GRP, with its corrosion resistance, is emerging in industrial environments and overseas projects. This full material-chain layout enables Qinglong to provide customers with "one-stop low-carbon construction services" from scheme design to maintenance.

**Technological Innovation Leading Industry Upgrading: From Material Supply to System Solutions**

Future competition in the industry will focus on technological innovation and full-chain service capabilities. By establishing a provincial engineering technology center, Qinglong has deeply integrated BIM technology, parametric design, and 3D printing technology to precisely realize complex-shaped components (minimum curvature radius down to 300mm). In the Dongguan Women and Children's Activity Center project, we applied digital detailed design to control the installation error of 1,200 special-shaped GRC components within ±2mm, meeting the architect's creative vision while reducing on-site construction energy consumption by 35% through industrialized production.

**Green Certification and Standard Co-Building: The Cornerstone of Sustainable Industry Development**

As a vice-chairman unit of the China GRC Association, Qinglong has been deeply involved in developing multiple national standards, including the Technical Standard for Building Application of Glass Fiber Reinforced Cement (GRC), driving the industry toward standardization and low-carbon development. Our GRC products have passed green building material certification, our production bases have achieved an industrial solid waste reuse rate of 85%, and we have established a whole-life-cycle carbon footprint traceability system. This model of "standard co-building + green production" is reshaping the industry's sustainable development ecosystem.

Looking ahead, Qinglong will continue to uphold its mission of "creating beautiful buildings," making UHPC/GRC/GRG/GRP the core support for the construction industry to achieve its carbon neutrality goals through material innovation and technological iteration. In this green transformation, choosing low-carbon materials is not only a corporate responsibility, but also a strategic choice to secure a stronger voice in the future building market.