Adhesive Process

Introduction

Adhesive interaction is the process of bonding or joining two surfaces; in general, the process of forming a connection between two solid substances, with some of the substances acting as an adhesive or adhesive, and others as the materials being glued together [1, p. 735]. If you take a certain material, then after applying a layer of the first material, the second and the temperature of another material, you will get a new substance or an improved object [2, p. 158] Adhesion is the ability of materials to adhere to other materials under the influence of load or external stress caused by the presence van der Waals forces (attractive forces between molecules) [3, pp. 22-23].

Adhesive materials have good adhesion ability to adjacent surfaces. The principle of operation of adhesives is based on the mechanical connection of their molecules with the surface layer, which ensures strong adhesion to the surface of the material being glued. As a result of the interaction of the adhesive with the environment, an adhesion layer is created that is evenly distributed over the entire surface to be bonded. Adhesives are divided into inorganic materials, rubber polymers, thermoplastics, synthetic resins, alcohols, etc. The adhesion of organic materials is higher than that of inorganic materials. Insulating materials for handling cables, rubber inserts for insulating wires, coated threads on the back of trousers, etc. are materials with self-acting adhesive. They directly, without an intermediate layer, provide high adhesive strength [4, p. 420]. By selecting the gluing method and high-quality adhesive, you can significantly increase reliability