In a circular economy, it’s not enough to build things to last. They also need to come apart cleanly, efficiently, on demand. tesa’s Debonding on Demand technologies can enable smarter separation so that in the future you can design, rework, repair, and recycle without compromise.
Bond with confidence. Release with control.
Learn how our technologies were designed to support your targets:
Designing for separation is a smarter, more future-ready approach. Our innovative adhesive technologies can empower engineers and designers to rethink the entire product lifecycle from assembly to end of life, enhancing both design flexibility and circularity.
Quick corrections can become necessary in any industrial production line. Our innovative adhesive technologies can enable easy, efficient disassembly and rework of components to help reduce downtime and maintain cost-effectiveness and high standards in manufacturing.
Our innovative adhesive technologies can support clean, damage-free separation of bonded components. This can help make product repair faster, more precise, and less wasteful across industries such as automotive and electronics, where repairability is essential.
Clean separation is essential for circular design. Our innovative adhesive technologies can enable products to be easily disassembled, which supports material recovery and improves recyclability, enabling manufacturers to reduce waste throughout product lifecycles.
Best for: Debonding on Demand technologies are designed for applications that require clean separation of bonded components during assembly, repair, or end-of-life processing. They support product lifecycle strategies focused on rework, repairability, and recyclability.
Why they perform
Typical applications
Performance takeaway: Debonding on Demand technologies support clean separation throughout the product lifecycle, helping enable rework, repair, and recycling without compromise.
Learn how our debonding mechanisms work in theory to redefine what's possible with future product developments:
Low-voltage electricity causes electrochemical reactions and allows debonding of the adhesive within a few seconds.
In just a few seconds, light from a Near Infrared (NIR) laser weakens the tape structure – causing it to debond.
Developed from the famous tesa® Powerstrips, tesa® Bond & Detach tapes feature a tab that users can pull to remove the tape by reducing the bonding strength via stretching.
Thermal release works by generating heat, either directly or through induction, which causes the adhesive to expand or break down and enables clean separation.
Designed to meet the real-world pressures of modern manufacturing, tesa’s Debonding on Demand technologies can help manufacturers build with the future in mind. They can enable clean separation, material recovery and reuse, extending product lifetimes, reducing waste and supporting compliance with evolving repair and recycling targets.
Let's talk about your specific requirements so we can develop products that match!
tesa Debonding on Demand uses different mechanisms to weaken or release the adhesive when separation is required. Depending on the technology, debonding can be triggered by low-voltage electricity, a Near Infrared laser, stretching the tape, or heat generated directly or through induction.
Debonding tape can enable clean and efficient separation of bonded components, allowing manufacturers to correct assembly errors, rework components, and support product repairs without damaging the bonded parts. This can help reduce downtime and waste while maintaining efficient manufacturing processes.
tesa Debonding on Demand technologies can enable clean separation of bonded components, making products easier to disassemble for material recovery. This can support improved recyclability, material reuse, and reduced waste across the product lifecycle.
