Sustainable, Water-Based Adhesives for the Challenges of Tomorrow
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All too familiar with aqueous adhesives whose claims just don't hold water? Meet Henkel's innovative line of sustainable, water-based solutions.
From industrial assembly to automotive interiors, AQUENCE® is engineered to improve product quality – as well as your bottom line. The global leader in water-based adhesives, Henkel offers AQUENCE solutions tailor-made to reflect consumer demand and designed to anticipate future requirements. So, get to know AQUENCE. It's backed by groundbreaking, sustainable technology, so you'll never be left treading water.
Coatings
Demanding autodeposition applications seek a next-generation coating engineered for enhanced corrosion performance. From vehicle frames to chassis components, AQUENCE surface treatments offer protection that's equivalent to – or even better than – traditional options, all the while reducing processing, assembled part and capital costs.
Polyurethanes
Go ahead, get attached – this line of synthetic polymer emulsion adhesives is designed for enhanced performance and high wet tack across a range of bonding applications. Whether you're working with composite facings or insulation, AQUENCE polyurethanes are engineered for ease-of-use, cost reduction and enhanced performance.
Pressure-Sensitive Adhesives
Be ambitious with difficult-to-bond surface applications – AQUENCE pressure-sensitive adhesives were specially developed to deliver high-speed lamination and bonding that's ideal for use with fibrous glass, tapes, labels, self-adhesive films and more. With its high tack properties and cost-effective engineering, AQUENCE offers quick processing and adhesion to a range of substrates.
Wet-Bond Adhesives
Developed for exceptional performance across the board, AQUENCE wet-bond laminating adhesives deliver high wet tack and superior adhesion for difficult-to-bond substrates. With exceptionally high resistance to water, AQUENCE offers protection and improved performance for a range of specialty and general purpose applications.