Hangzhou Ruide Shines at Major 2026 Industry Exhibitions – Chinese High‑End Hydraulic Tools Draw International Attention

Since early 2026, recovering global industrial and infrastructure investment has driven steady demand for ultra‑high pressure hydraulic tools. Against this backdrop, Chinese hydraulic tool exports maintained strong growth, with excavator exports (as a representative product) rising 38.8% year‑on‑year in January‑February 2026, and supporting hydraulic components and control systems following the trend. Capitalizing on this momentum, Hangzhou Ruide participated in several major industrial exhibitions both at home and abroad in the spring of 2026, showcasing Chinese high‑end hydraulic tool capabilities to global customers.

Successful Appearances at Major Exhibitions

A highlight was Hannover Messe 2026 (April 20‑24), the world’s leading annual industrial trade fair. There, Hangzhou Ruide presented its core products – hydraulic torque wrenches, tensioners, and custom large‑scale hydraulic systems – to European buyers, engineering service providers, and energy/heavy industry clients. The product reliability and customization capabilities received wide recognition and positive feedback from visitors.

Strong First‑Half Response – More International Engagement Planned

The company also took part in the China International Hardware Show in Shanghai (mid‑May) and several high‑level hydraulic forums, expanding channels into wind power, petrochemical, and heavy machinery sectors.

Driven by recovering global trade and growing demand for automation and smart solutions, the upcoming 13th China International Fluid Machinery Exhibition (CFME2026) will be held in Shanghai on October 21‑23, 2026 at the National Exhibition and Convention Center. Hangzhou Ruide is preparing actively and plans to increase its presence at international exhibitions while improving technical support responsiveness overseas, consistently delivering the brand’s core values of reliability, efficiency, and high performance on the global stage.