CPVF Shanghai 2026

CPVF 2026 is presented as the 18th Shanghai International Petrochemical Pump, Valve and Pipeline Fair, scheduled for June 9–11, 2026 at the Shanghai New International Expo Center. The show positioning emphasizes a large-scale industry gathering designed to serve the procurement and technical exchange needs of China’s petrochemical and broader chemical process industries. The official profile highlights a 70,000 m² exhibition area and an expectation of 1,000+ participating brand enterprises, supported by a large professional visitor base described as 100,000 domestic and international attendees. In practical B2B terms, this scale matters because petrochemical procurement is specification-driven and risk-sensitive: buyers need to benchmark multiple suppliers, confirm compliance and documentation discipline, and evaluate lifecycle service capability before selecting equipment that will operate under harsh conditions and long duty cycles. A mega-show environment also supports cross-functional decision-making, enabling EPC, engineering design institutes, plant owners, operators and suppliers to align on requirements and project constraints within the same visit window.

The event scope is centered on the critical flow-control and transport infrastructure of petrochemical plants, including pumps, valves and pipeline systems that determine process stability, safety and maintenance outcomes. In petrochemical environments, equipment selection is tightly linked to operating conditions—corrosive media, high temperature and pressure, continuous operation and strict safety requirements—so procurement decisions focus on materials compatibility, sealing integrity, corrosion resistance, standards compliance, and maintainability. The show positioning also reflects a “resource deepening” approach to promote high-quality development of the petrochemical industry, which in practical terms implies an emphasis on technologies that reduce downtime, improve reliability and enhance operational safety. For buyers and EPC stakeholders, the exhibition provides an efficient environment to compare supplier approaches, validate application experience, and evaluate how vendors support project delivery, documentation and after-sales service, which are often the decisive factors once basic product categories appear similar.

CPVF 2026 is presented as attracting a large mix of domestic and international participating brands and as engaging EPC engineering design institutes, which signals a professional audience with project influence. In petrochemical procurement, EPC and design institutes are central because they define specifications and integration boundaries, while plant owners and operators define reliability, safety and lifecycle expectations. The event environment is designed to enable these stakeholders to meet suppliers and evaluate not only product fit but project execution capability—quality assurance systems, documentation packages, delivery timelines and commissioning support. For exhibitors, this audience structure increases the likelihood of project-based leads and deeper technical discussions rather than superficial inquiries. For buyers, the benefit is concentrated access to a large supplier pool, enabling more robust benchmarking and faster shortlisting for tenders and project procurement cycles.

The exhibition scope is positioned around petrochemical pump, valve and pipeline products, which in practice includes a broader set of supporting solutions that enable stable plant operation, compliance and safety. Buyers typically evaluate these categories through system outcomes: leakage and sealing behavior, corrosion and erosion resistance, ability to maintain performance under continuous operation, and ease of maintenance without extended shutdowns. In petrochemical projects, procurement decisions also depend on supplier support capability: documentation discipline, test reports, certification alignment and the ability to respond quickly with service and spares. A large specialized fair supports this evaluation by enabling direct technical dialogue, side-by-side comparison of brands, and faster validation of whether suppliers have the track record and process maturity required for critical plant applications. This helps reduce procurement risk and improves the probability that selected equipment performs reliably over the intended lifecycle.

CPVF 2026 will take place at the Shanghai New International Expo Center over June 9–11, 2026, a three-day window that supports high-density sourcing, technical meetings and project pipeline development. In heavy industrial procurement, venue and schedule are operationally important because effective evaluation requires structured meetings with technical teams, review of specifications and documentation, and alignment on delivery and service models. A three-day cycle typically enables a procurement workflow: initial scanning and shortlisting, deeper technical discussions with priority suppliers, and confirmation of next steps such as quotation requests, factory visits, and tender preparation. The Shanghai venue also supports international participation, which is relevant for global brands and cross-border procurement teams seeking a consolidated view of supplier capability and market direction.

CPVF 2026 is presented as being held simultaneously with major related industrial fairs in the same venue and timeframe, including chemical equipment and chemical environmental protection exhibitions, as well as evaporation and crystallization technology and equipment. This co-located ecosystem is commercially useful because petrochemical projects are rarely isolated to pumps and valves; they involve broader process equipment decisions and cross-discipline integration. For exhibitors, co-location increases exposure to complementary buyer groups and project stakeholders. For visitors, it improves procurement efficiency by enabling a more complete market scan across related equipment categories within one trip. The event’s organizer model is therefore aligned with how real projects are executed: multiple systems must be specified together, and decision-making benefits from consolidated access to suppliers and technical knowledge in one concentrated event cycle.