Underground fuel‑transfer piping is the critical infrastructure for every gas station. Traditional steel pipelines suffer from corrosion, rust‑caused leakage, static‑charge accumulation and high vapor permeation, bringing environmental pollution and potential explosion risks. VOHON multi‑layer fuel composite pipe solves these pain points. It integrates HDPE, EVOH barrier resin, conductive masterbatch and imported adhesive, co‑extruded in one […]

When designing or upgrading a service station, the choice of underground fuel conveyance is critical. Traditional steel piping can face corrosion, while single-wall plastic may lack permeation resistance. Today, a modern composite pipe solution is gaining global attention for its ability to combine structural strength, chemical resistance, and leak prevention. For EPC contractors and station

When designing or upgrading a service station, the choice of underground fuel piping is one of the most safety-critical decisions an EPC or owner can make. Traditional steel or single-wall systems are increasingly being replaced by advanced composite pipe technology, which offers superior corrosion resistance, structural integrity, and long-term reliability. Among the most innovative solutions

When designing or upgrading a service station, the choice of underground fuel piping is one of the most safety-critical decisions an EPC or owner can make. Traditional steel or single-wall systems are increasingly being replaced by advanced composite pipe technology, which offers superior corrosion resistance, structural integrity, and long-term reliability. Among the most innovative solutions