Luoyang Sinorock Engineering Material Co., Ltd. has successfully registered an Environmental Product Declaration (EPD) for its Self-Drilling Anchor Bar System under the International EPD System, marking another important milestone in Sinorock’s commitment to environmental transparency and sustainable manufacturing.

As sustainability becomes an increasingly important consideration in global construction and infrastructure projects, customers and project owners are paying greater attention not only to product performance and quality, but also to the environmental impact of construction materials throughout their life cycles.

The EPD registration provides transparent and standardized environmental information about Sinorock’s Self-Drilling Anchor Bar System, helping customers and project stakeholders make more informed decisions when evaluating materials for sustainable construction projects.

EPD Registration Based on International Standards

Sinorock Self-Drilling Anchoring System Completes EPD Registration

According to the EPD certificate, Sinorock’s Self-Drilling Anchor Bar System has been registered under EPD-IES-0031637:001 within the International EPD System.

The EPD has been developed in accordance with ISO 14025. the General Programme Instructions of the International EPD System, and Product Category Rules (PCR) 2019:14.

The declaration and underlying data have also undergone independent third-party verification, providing an additional level of credibility and transparency to the environmental information presented in the declaration.

The EPD certificate was issued on August 28. 2026. and remains valid until July 31. 2031. unless the EPD is deregistered from the International EPD System before that date.

Learn More About Sinorock’s EPD Certification

Supporting Sustainable Ground Engineering

EPD registration

As a professional manufacturer of self-drilling anchor systems, Sinorock is committed to providing reliable products for demanding geotechnical and ground engineering applications. Its self-drilling anchor system integrates drilling, grouting, and anchoring functions, providing an efficient solution for applications such as slope stabilization, tunneling, mining, foundation reinforcement, and other ground-support projects.

The EPD registration adds an important environmental dimension to the product information available to customers. By providing independently verified environmental data, it supports greater transparency throughout the product life cycle and helps project stakeholders incorporate environmental considerations into material selection.

A Further Step Toward Sustainable Manufacturing

Self-Drilling Anchor Bolts Active Rock Reinforcement Typical Applications

For Sinorock, EPD registration is more than a certification. It reflects the company’s ongoing efforts to improve manufacturing processes, strengthen environmental management, and respond to the growing demand for more sustainable solutions in the global construction industry.

Sinorock continues to invest in process optimization, manufacturing efficiency, quality management, and technological development. The company also maintains environmental management and other internationally recognized certification systems as part of its broader approach to responsible manufacturing.

By combining product performance, manufacturing quality, and environmental transparency, Sinorock aims to provide customers with reliable anchoring solutions that meet the evolving requirements of modern geotechnical engineering.

Conclusion

The successful EPD registration of Sinorock’s Self-Drilling Anchor Bar System represents an important step in the company’s sustainability journey.

Going forward, Sinorock will continue to focus on quality, innovation, environmental responsibility, and sustainable manufacturing, while working closely with customers and partners around the world to provide more efficient and responsible solutions for ground engineering projects.

EPD registration is a new milestone for Sinorock — and another step toward a more transparent and sustainable future for geotechnical engineering.

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