Whether you are bonding similar substrates or dissimilar materials, our double-sided tapes provide the strength, conformability, adhesion and aesthetic requirements for your project.
Plastic to metal. Foam to plastic. Even chrome to foam. 3M™ Laminating Adhesives fit most production processes, meet application requirements including cold- and high-temperature adhesions and have the flexibility to adhere to most materials and substrates such as foam, plastic and metal.
Bond materials to plastic surfaces with high initial bond strength, high shear strength and good anti-lifting properties on flat and curved surfaces when you use 3M™ Tapes for Hard-to-Bond Surfaces.
Attach materials to metal and high surface energy substrates with excellent adhesion, high shear strength and high temperature resistance when you use 3M™ High Performance Acrylic Adhesive 200MP.
Secure a variety of automotive interior materials including fabrics, foams, and plastics, such as those used for seats, door panels, carpet attachments, and trim, when you use double-sided tapes or low-VOC and low-fogging tapes.
You need two things to bring your automotive interiors together: design freedom and production efficiencies. 3M™ Laminating Adhesives help deliver both.
Optimize package space, and allow you to attach components in more places for new and enhanced interior experiences.
Faster cure times, improved repositionability in a range of environments, more efficient conversion of products through features such as pre-applied adhesives.
The ideal general purpose industrial thin bond tape for a wide range of substrates and applications, from displays to signage to metal fabrication to trim attachment.
From climate-controlled offices to harsh outdoor environments, you need high-performance versatility that can withstand whatever conditions customers throw at your products. Whether you’re bonding high surface energy substrates like metals and glass or difficult low surface energy materials like powder-coats and some composites, 3M has a wide variety of durable options for thin bonding.