As the EU's REPowerEU hydrogen energy strategy continues to advance, Germany, the Netherlands, Poland, and Spain have been continuously providing industrial subsidies and vigorously promoting small and medium-sized air-cooled hydrogen fuel cell equipment for use in port AGV forklifts, scenic sightseeing vehicles, and portable backup power sources in the wild. In the first half of 2026, the orders for graphite bipolar plates from European small-scale stack manufacturers increased by 37% year-on-year, forming a stable incremental market.
European local carbon material enterprises, represented by SGL and Schunk, mainly produce CNC milling pure isostatic pressure graphite plates. Their product pricing is relatively high, and the delivery cycle generally exceeds 30 days. A large number of small-scale stack integrators, in order to control the overall production cost of the machine, began to extensively seek Chinese powder integrated molding resin composite graphite bipolar plate suppliers. This process uses graphite powder combined with modified resin for one-time hot pressing molding, eliminating the need for subsequent milling processing, with a raw material utilization rate close to 100%, and the single-piece procurement cost is 15% to 20% lower than that of pure graphite milling plates.
Regional purchasers uniformly follow the ISO21003 hydrogen materials standard, requiring the plate surface conductivity to be ≥ 90 S/cm, and maintaining a low helium permeability level. For all-vanadium liquid flow energy storage projects, overseas customers specify the purchase of products that have undergone PTFE vacuum impregnation modification, which have excellent acid and alkali corrosion resistance and are suitable for both air-cooled hydrogen stacks and long-term energy storage applications. After the official implementation of the EU CBAM carbon border tax, overseas purchasers are more inclined to prefer low-carbon manufacturing process products. The integrated molding process significantly reduces graphite processing waste, and the carbon footprint indicators are more likely to pass import audits.
Market data shows that standard-sized molded plates with a thickness of 1.6–2.2mm account for 72% of the total procurement volume of small-power European stack products; lightweight 1.2mm ultra-thin plates have a continuously increasing demand in the fields of unmanned aerial vehicles and small portable hydrogen power sources. Overseas small-scale purchasers generally prefer flexible cooperation models, accepting small-batch samples, and starting orders with as few as 100 pieces. At the same time, they require suppliers to provide a complete set of English third-party test reports and RoHS compliance documents to meet factory inspection and customs clearance requirements.
Industry research institution Dataintelo predicts that the total import volume of graphite bipolar plates in Europe will exceed 420 million US dollars in 2026, with powder molded composite plates accounting for 61% of the total import volume. For Chinese graphite product export enterprises, small and medium-sized hydrogen equipment manufacturers in Eastern and Southern Europe have less competition pressure and can avoid the strict supply chain entry thresholds of large automakers, quickly establishing long-term stable cooperation. Relying on flexible customization capabilities, stable delivery schedules, and a complete English document system, domestic small-scale graphite processing factories have strong market competitiveness.
