Shinhoo Concludes Participation at ISH 2025 Frankfurt, Embarking on a New European Journey
Mar 24, 2025Frankfurt, Germany – The ISH 2025 Frankfurt, a globally renowned exhibition for building, energy, air conditioning technology, and renewable energy, has come to a successful close. As a leading manufacturer of canned motor pumps, Shinhoo from Anhui, China, showcased its latest technological achievements and products at this high-profile international event, demonstrating the excellence of Chinese pump enterprises to the world.
Innovative Products
During the ISH 2025 Frankfurt, Shinhoo's booth was bustling with activity, attracting clients and professionals from around the globe. Visitors were captivated by the products on display, including the GPA III U series wall-hung gas boiler pumps, Master H Pro series for heat pump systems, Mega S series ERP circulation pumps, and Aquamaster series booster pumps.
A New International Journey
Although the ISH 2025 Frankfurt has concluded, Shinhoo's journey is just beginning. In 2025, Shinhoo European S.R.L subsidiary in Italy will officially commence operations. This marks a significant step in Shinhoo's global strategy and a firm stride towards crossing borders and embracing the world.
With a global perspective and the integration of international expertise, Shinhoo is set to bring new trends in pump technology to the European and global markets with its innovative solutions and reliable quality, building a brilliant future of international cooperation.
Anhui, China – April 24, 2025 – Shinhoo, a global leader in pump manufacturing and sustainable water solutions, welcomed a delegation of engineering students and faculty from Russia’s prestigious Bauman Moscow State Technical University. The visit underscored Shinhoo’s commitment to fostering cross-border academic collaboration and nurturing the next generation of innovators in water technology. Bridging Academia and Industry for Sustainable Solutions The delegation, comprising top-tier students specializing in mechanical engineering and environmental systems, embarked on an immersive tour of Shinhoo’s cutting-edge facilities. Highlights included hands-on demonstrations of proprietary circulation pump production lines, precision machining workshops, and advanced R&D laboratories. Students gained practical insights into Shinhoo’s quality-driven manufacturing processes and its pioneering work in energy-efficient water solutions. During interactive sessions, Shinhoo’s engineers and researchers engaged directly with the students, exploring topics such as smart water infrastructure, green technology trends, and the role of digitalization in optimizing resource management. Discussions emphasized the critical need for innovation to address global challenges like climate resilience and sustainable urbanization. Cultivating Future Talent Through Collaborative Learning A key focus of the visit was Shinhoo’s launch of a new Global Youth Innovation Initiative, designed to empower students through mentorship, internships, and joint research projects. The program aims to bridge theoretical knowledge with real-world industrial applications, enabling participants to develop scalable solutions for water conservation and energy reduction. “Engaging with young minds is vital to driving progress in our industry,” said a Shinhoo spokesperson. “By equipping students with hands-on experience and exposure to global best practices, we’re investing in a future where technology and sustainability go hand in hand.” Paving the Way for Global Sustainability Leadership By prioritizing education and youth empowerment, Shinhoo reinforces its role as a catalyst for sustainable development. This initiative not only strengthens Sino-Russian academic ties but also aligns with global efforts to achieve the United Nations’ Sustainable Development Goals (SDGs), particularly in clean water access and climate action. The event marks the beginning of a multiyear partnership aimed at cultivating a new wave of engineers equipped to tackle the world’s most pressing water and environmental challenges.