The core principle presented is that thermal energy reduces the shear strength and viscosity of adhesive polymers, facilitating mechanical separation from host substrates through plasticization. This process relies on thermodynamic mechanisms where heat input increases molecular mobility within the glue interface, allowing solvents like WD-40 to penetrate and further degrade intermolecular bonds for complete residue removal via chemical dissolution and abrasion. The domain is materials science applied to adhesive remediation, specifically addressing phase transitions in viscoelastic polymers under thermal stress to achieve non-destructive delamination from composite surfaces.
The core principle presented is that thermal energy reduces the shear strength and viscosity of adhesive polymers, facilitating mechanical separation from host substrates through plasticization. This…