Stahl, specializing in specialty coatings for flexible materials, has announced the opening of a new facility for manufacturing polyurethane dispersions (PUD) in Singapore. This strategic expansion is intended to meet growing demand in the Asian and South Pacific regions and aligns with Stahl’s commitment to sustainability and innovation, supporting the company’s environmental, social and governance (ESG) goals.

A strategic geographical shift Historically, Stahl’s PUD production was centered in Europe, with products imported to Asia. The Singapore facility enables Stahl to streamline its supply chain, reducing delivery times and improving service for customers across the region. This shift underscores Stahl’s long-term commitment to investing in the region and supporting its customers with faster, more sustainable solutions tailored to the Asia-Pacific market.

Driving innovation with high-performance PUDs The new facility will produce high-performance polyurethane dispersions offering exceptional fastness, water resistance, print retention and flex durability, ideal for demanding applications. PUD technology reduces solvent usage, making it a key component of Stahl’s sustainability strategy. By increasing production of water-based coatings, Stahl is advancing the transition to sustainable materials across industries. The Singapore facility will further explore renewable energy and bio-based formulations, advancing Stahl’s ESG goals and setting a foundation for future innovations.

Dennis Koh, Site and Operations Manager at Stahl Singapore, commented: “The new facility for PUD manufacturing in Singapore is designed to serve the Asian and South Pacific markets, spanning from China and Japan to New Zealand. This expansion supports our ESG goals by increasing production of water-based coatings and decreasing solvent usage. We are proud to include PUD in our service offerings, enhancing our technical capabilities to collaborate on challenging projects. I am extremely proud of my team who worked closely with the main contractor, Essential Engineering & Construction, to successfully complete this project in 18 months.”