As a key player in composite pipeline technology, Goldstone is actively developing a diverse range of Reinforced Thermoplastic Pipes (RTP) and Fiber Composite Pipes (FCP) specifically engineered for hydrogen pipeline systems. This focus aligns with the growing global demand for safe, durable, and efficient infrastructure to support hydrogen’s role as a clean energy carrier—especially given hydrogen’s unique properties (such as high permeability and potential for material embrittlement) that pose challenges to traditional metal pipelines.

To address these industry-specific needs, Goldstone leverages its robust R&D capabilities in composite pipe design and advanced manufacturing machinery. Our composite pipe design portfolio covers multiple tailored solutions: for instance, designs optimized for different hydrogen transport scenarios from low-pressure distributed hydrogen stations to high-pressure long-distance transmission lines.

Complementing these designs is our fleet of specialized manufacturing equipment, including automated winding machines, precision extrusion lines, and in-line quality testing systems, which enable consistent production of pipes that meet strict industry standards for hydrogen service.

This integration of diverse design capabilities and advanced machinery allows Goldstone to manufacture multi-functional composite pipes for hydrogen pipelines. By delivering such versatile solutions, Goldstone aims to support the scaling of global hydrogen infrastructure—helping clients address key pain points like material durability, operational safety, and cost efficiency in hydrogen transport.