Durable structural assembly is vital to the functionality, lifetime, and aesthetics of consumer electronic devices, mandating that the various components and substrates by securely bonded.
Wearables such as extended reality (XR) headsets, smartwatches, and true wireless stereo (TWS) headphones have steep performance requirements. At the component level, materials help enable electrical interconnections, protect electronics, and manage heat to deliver durable wearable devices.
By 2030
...
Size of global wearable market by 20301
Wearables worldwide
...
Connected wearable devices in 20222
By 2026
...
Size of global smartwatch market3
Mobile connectivity and immersive entertainment are now a part of you. From the board level to the external housing, Henkel leads in holistic solutions for modern wearable devices, helping to make these devices more durable, comfortable, functional, and beautiful.
- XR headsets
- Smartwatches
- TWS headphones
Durable structural assembly is vital to the functionality, lifetime, and aesthetics of consumer electronic devices, mandating that the various components and substrates by securely bonded.
Through a patented approach and core molecular structure technology, LOCTITE® InvisiPrint makes fingerprints virtually invisible on glass and certain plastic surfaces while providing easy-to-clean properties and excellent durability.
Electronic device reliability requires materials to protect componentry from mechanical shock, thermal impact, and other environmental factors.
Smaller, denser electronic components create heat that can degrade their performance. Component-level thermal management helps to protect electronic devices.
Extended reality (XR) devices are becoming more complex while functionality and performance expectations rise. Henkel materials help manufacturers develop lightweight, power-conserving, high-functioning devices.
Durable structural assembly is vital to the functionality, lifetime, and aesthetics of consumer electronic devices, mandating that the various components and substrates by securely bonded.
Through a patented approach and core molecular structure technology, LOCTITE® InvisiPrint makes fingerprints virtually invisible on glass and certain plastic surfaces while providing easy-to-clean properties and excellent durability.
Electronic device reliability requires materials to protect componentry from mechanical shock, thermal impact, and other environmental factors.
Smaller, denser electronic components create heat that can degrade their performance. Component-level thermal management helps to protect electronic devices.
Fitness bands and smartwatches are increasingly sophisticated with demanding requirements for performance. Integrating form and function with robust bonding, process efficiencies, design innovations, and device reliability requires novel advanced materials.
Durable structural assembly is vital to the functionality, lifetime, and aesthetics of consumer electronic devices, mandating that the various components and substrates by securely bonded.
Through a patented approach and core molecular structure technology, LOCTITE® InvisiPrint makes fingerprints virtually invisible on glass and certain plastic surfaces while providing easy-to-clean properties and excellent durability.
Electronic device reliability requires materials to protect componentry from mechanical shock, thermal impact, and other environmental factors.
True wireless stereo (TWS) headphones are compact devices that must deliver clarity, safety, and longevity. All that functionality in a small device requires electronic componentry designed and made with high-performance materials.
Electronic device reliability requires materials to protect componentry from mechanical shock, thermal impact, and other environmental factors.
Smaller, denser electronic components create heat that can degrade their performance. Component-level thermal management helps to protect electronic devices.
Get in touch with our experts and start exploring advanced materials solutions today.