The bonding composition (12) has excellent bonding strength.

Use of the polyester ionomer allows use of lower amounts of conductive fillers.

An energy-curable polymer-forming composition for making a pressure sensitive adhesive includes an unsaturated oligomer resin and an adhesive promoter which increases the peel strength of the adhesive without reducing its tack.

The adhesive provides high adhesion and doctorability for dry creping.

The extinguishing foam exhibits an improved adhesiveness and can cover long ranges.

A lower-adhesion portion may comprise a low adhesion material, i.e., a weaker adhesive, or may be rendered lower in adhesion by a treatment or coating.

The aim of the invention is to provide a layered composite of this type with improved adhesive qualities.

They have good adhesive properties and are especially suitable for the adhesion of glass and glass ceramics.

A first state is less and a second more strongly adhesive, and the adhesion can be selected or adjusted depending on external conditions, especially the temperature.

The layer of repositionable adhesive has a higher level of adherence to the backing than to the optical disc.

Disclosed are methods for the surface modification of an object in order to increase the adherence of said object.

This composition can provide a film layer excellent in adhesion to metals or highly polar materials.

The plasma exposed haptic (28) may be coated with a material, e.g., to preserve the enhanced bondability property, prior to bonding the coated lens bonding portion to the optic (26).

Intraocular lenses (21) having enhanced haptic-optic bonding are also disclosed.

In 1990, Washington University measured the adhesive power of different glues.