Sylic® CY-756: Premium Waterborne Polyurethane Dispersion for High-Performance Wood, Architectural, Fabric & Automotive Coatings

Discover Sylic® CY-756, an advanced waterborne polyurethane dispersion designed to revolutionize your coating applications. Achieve unparalleled durability, stunning high gloss, and superior scratch resistance, all while embracing eco-friendly, low-VOC solutions for wood, automotive, fabric, and architectural finishes.

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Key Advantages of Choosing Sylic® CY-756

Enhanced Environmental Profile

Sylic® CY-756 is an eco-friendly polyurethane dispersion solution, significantly reducing volatile organic compound (VOC) emissions compared to traditional solvent-based systems, promoting a healthier environment.

Unmatched Durability & Aesthetics

Achieve films with exceptional wear and scratch resistance, coupled with brilliant crystal transparency and high gloss, ensuring both long-lasting protection and superior visual appeal.

Versatile Application Compatibility

Its robust properties and ease of use make it highly suitable for diverse demanding applications, from automotive paint technologies to industrial finishes, offering excellent durability across various substrates.

Key Applications

Wood Coatings

Sylic® CY-756 enhances the aesthetic and protective qualities of wood surfaces, providing superior adhesion and wear resistance for furniture, flooring, and decorative elements.

Architectural Coatings

For building exteriors and interiors, this dispersion offers yellowing resistance and high performance, crucial for advanced waterborne architectural coatings for sustainable building projects.

Fabric Coatings

Used in textiles, it imparts high gloss and durability, revolutionizing the feel and longevity of various fabrics and textile innovations, especially in high gloss waterborne fabric coatings.

Automotive Coatings

Provides a tough, scratch-resistant architectural coatings PUD finish for automotive components, ensuring longevity and a premium appearance for both interior and exterior applications.