Thermally debondable adhesive interfaces: NikeRecent Research Landscape
Inconsistent structural integrity in recycled building materials leads to high failure rates under load. Engineering the particle size and compression of glass-waste aggregates ensures mechanical stability in prefabricated components.
What technical problems is Nike addressing in Thermally debondable adhesive interfaces?
Inadequate interfacial bond strength
(5)evidences
Nonmetallic substrates and complex articles of wear often suffer from inefficient or non-uniform heat distribution during processing. Precise thermal delivery ensures structural integrity and bond consistency without damaging heat-sensitive materials.
Irreversible component bonding
(4)evidences
The accumulation of surplus materials and glass waste in manufacturing creates environmental and logistical burdens. Repurposing these materials into footwear and paving elements mitigates waste disposal constraints and resource depletion.