DULUTH, Georgia (February 27, 2026): SIWO US, a leading waterborne polyurethane manufacturer, today announced the successful development of industrial waterborne polyurethane products with significantly increased bio-content. These new formulations utilize renewable polyols and advanced dispersion technology to reduce fossil carbon dependence while maintaining the high performance standards demanded by industrial coatings applications.

The enhanced bio-content delivers measurable environmental benefits, including lower embodied carbon and reduced reliance on petroleum-based materials, without compromising durability, chemical resistance, or adhesion. Applications for the new products include protective coatings for metal, concrete, plastics, and specialty industrial substrates, supporting manufacturers in achieving sustainability and regulatory compliance goals.

“Our mission has always been to provide high-performance waterborne polyurethane solutions while supporting our customers’ sustainability initiatives,” said a spokesperson from SIWO US. “By increasing the bio-content in our industrial polyurethane products, we are helping manufacturers reduce their carbon footprint and transition to more environmentally responsible materials without sacrificing quality or reliability.”

The company’s research and development team optimized the formulation process to integrate renewable feedstocks, including castor oil and other bioderived polyols, into existing dispersion systems. These adjustments improve the ecological profile of the products while ensuring compatibility with existing industrial coating processes. The enhanced bio-content formulations retain critical performance characteristics such as chemical resistance, UV stability, adhesion, and abrasion resistance, providing industrial manufacturers with coatings that meet or exceed conventional waterborne polyurethane benchmarks.

SIWO US has positioned the updated products for seamless adoption across multiple markets, including automotive finishes, flooring, packaging coatings, and textile coatings. By combining innovation in polymer chemistry with sustainable material sourcing, the company demonstrates a commitment to both performance and environmental stewardship. Additionally, the formulations support low-VOC compliance and reduce lifecycle carbon emissions, helping clients achieve corporate sustainability targets and regulatory adherence. Early pilot programs have shown that the bio-based dispersions integrate effectively into standard industrial application processes, requiring minimal adjustment to existing equipment or production workflows.
Beyond environmental benefits, the updated products offer supply chain advantages. SIWO US works closely with raw material suppliers to ensure consistent quality of renewable polyols and optimize batch-to-batch reproducibility, mitigating variability that can occur with bioderived feedstocks. This focus on reliability allows manufacturers to scale production efficiently while transitioning toward more sustainable coatings. By providing technical support, formulation guidance, and customizable options, SIWO US ensures that clients can adopt these bio-based solutions without compromising project timelines or performance expectations.
The combination of renewable feedstocks, technical optimization, and industrial readiness positions SIWO US as a leader in sustainable waterborne polyurethane innovation, empowering manufacturers to meet both performance and environmental goals in a single, scalable solution.

For manufacturers seeking scalable, environmentally responsible solutions, SIWO US offers technical guidance, bulk supply capabilities, and customizable formulations to meet unique project requirements. The company can be contacted on the information provided below.
About SIWO US Inc.
SIWO US Inc. is a research-based manufacturer specializing in waterborne polyurethane dispersions for coatings, adhesives, textiles, synthetic leather, and industrial applications. The company is committed to innovation, sustainability, and customer-driven polymer development.

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Address: Royal Troon Dr, Duluth, GA 30097