Avery Dennison

Avery Dennison Medical is a global leader in medical-grade pressure-sensitive adhesive materials, tapes, films, foams, and skin-contact technologies engineered for healthcare and medical device applications. With decades of expertise in adhesive innovation, Avery Dennison develops high-performance materials that provide reliable skin adhesion, patient comfort, breathability, conformability, and long-term wear. Designed to meet the rigorous demands of the medical industry, Avery Dennison materials support the development of next-generation wearable devices, wound care products, diagnostic systems, and surgical applications.

At ADDEV Materials Healthcare, our Material Finder features a comprehensive selection of Avery Dennison Medical materials, including medical transfer adhesives, single- and double-coated tapes, polyurethane films, polyethylene foams, nonwoven materials, hydrocolloids, and skin-friendly adhesive technologies. These advanced materials are ideal for applications such as continuous glucose monitors (CGMs), insulin pumps, wearable patient monitoring systems, wound dressings, surgical drapes, ostomy care, electrodes, diagnostic devices, medical device attachment, and advanced wound care. Avery Dennison materials are engineered to deliver exceptional adhesion, moisture management, flexibility, and biocompatibility while ensuring reliable performance in demanding healthcare environments.

Use the filters below to browse Avery Dennison Medical materials by product family, adhesive type, carrier, liner, thickness, construction, and performance characteristics to quickly identify the ideal material for your application. As a member of the Avery Dennison ADvantage Converter Network, ADDEV Materials Healthcare combines extensive material knowledge with precision die cutting, multi-layer laminating, cleanroom converting, flexographic printing, and custom-engineered manufacturing solutions to transform Avery Dennison materials into high-performance, production-ready medical components that meet the highest standards for quality, consistency, and reliability.