ACHEMASIA 2025 – FLYGER Valves Exhibition Review
As one of the world’s most influential international events in the process industry, ACHEMASIA 2025 returns to China after six years, under the central theme of “International Sustainable Chemical Production.”
The exhibition brings together nearly 500 leading enterprises from over 50 countries, focusing on innovation and breakthroughs across chemical, pharmaceutical, fluid control, and intelligent manufacturing sectors.
FLYGER Valves was invited to participate in this prestigious event, presenting its commitment to technological innovation and sustainable valve application strategies. During the exhibition, FLYGER engaged extensively with professionals from chemical and pharmaceutical industries, process licensors, equipment manufacturers, and distribution partners across Asia.
At the booth, FLYGER showcased its customized valve solutions designed for chemical, pharmaceutical, and new energy industries. The exhibits — characterized by precision manufacturing and industry-specific design — received widespread recognition from professional visitors, many of whom expressed strong interest in future collaboration opportunities.
As a company long dedicated to technological innovation in the valve industry, FLYGER Valves is committed to advancing the “dual-carbon goals and digital transformation” of modern manufacturing. Through continuous innovation in valve structure, materials, and intelligent upgrades, FLYGER provides customers with comprehensive, life-cycle valve applications and solutions.
As ACHEMASIA 2025 comes to a successful close, FLYGER Valves will continue to build upon its proven expertise and mature valve solutions. Guided by the core values of being a “Valve Application Expert and Provider of Valued Services,” FLYGER is committed to delivering efficient, reliable, and sustainable manufacturing solutions to customers worldwide — contributing continuously to the achievement of global dual-carbon goals.
Trust means responsibility. FLYGER will embrace an open approach to technological collaboration, working hand in hand with global partners to explore the endless possibilities of green chemical production.
