Pulcra Chemicals and Devan Chemicals Unveil Breakthrough Water Repellency Innovation

In a groundbreaking collaboration, Pulcra Chemicals and its subsidiary, Devan Chemicals, are set to revolutionize the textile industry with the launch of Devan Repel—a cutting-edge range of water repellency fabric treatments.

The inaugural product, Devan Repel One, emerges as a durable water repellent tailored for polyester and blends, showcasing exceptional water repellency performance. What sets it apart is its remarkable versatility, making it applicable across a broad spectrum of materials. Polyester and its blends, in particular, benefit from outstanding results. Notably, Devan Repel One boasts a PFC-free and isocyanate-free formula, marking a significant stride toward environmentally conscious textile solutions.

Thomas Bremer, the global head of the textile business at Pulcra and managing director of Devan, expressed enthusiasm about the collaboration, stating, “This partnership underscores our shared commitment to delivering value to our customers.” The synergy of Pulcra’s extensive chemical expertise and Devan’s textile technology know-how has culminated in the creation of a high-performing, cost-effective product poised to redefine industry standards.

The innovation doesn’t stop there. Devan introduces the Devan Extender Gen3—an additional catalyst for elevating durability and long-lasting performance. Remarkably free of Isocyanate, Butanone-oxime, and 2-dimethylpyrazole, this extender further amplifies the longevity of Devan Repel treatments.

As sustainability takes center stage in the textile landscape, Devan’s commitment to a PFC-free formula aligns with evolving industry demands. The conscious exclusion of harmful compounds ensures not only a safer product but also a positive environmental impact.

The market can now anticipate a paradigm shift in water repellency solutions, as Pulcra Chemicals and Devan Chemicals usher in a new era of innovation, reinforcing their dedication to pushing the boundaries of what is achievable in textile technology.

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