repositionability

Repositionability is the property of a material, product, or system that allows it to be moved, adjusted, or reattached after initial placement without damage or loss of function. The concept is widely used in manufacturing, design, and graphic arts to describe temporary or adjustable attachments and configurations.

In adhesives, repositionable (low-tack) bonds provide sufficient initial adhesion while enabling removal and reattachment with minimal residue. This makes them common for mounting proofs, notes, or prototypes, and for tools that must be adjusted during setup.

Applications span sticky notes, repositionable tapes and labels, removable wall decals, graphic overlays, and certain reusable fixtures in manufacturing. In digital contexts, repositionability can also describe movable user-interface elements or configurable prototypes used to test layouts.

Design and use considerations include balancing adhesion strength with removability, surface compatibility, potential residue, and the risk of surface damage after repeated repositioning. Environmental factors such as temperature and dust can degrade performance, reducing repositionability over time.

Repositionability is valued for flexibility, iterative design, and ease of reuse, but it may incur higher material costs, leave residues on sensitive surfaces, or require compatible substrates. Related concepts include adjustability, modular design, and removable adhesives.