Here you will find out about the various uses of metal bonding adhesives, like the ones from CT1 and the advantages of various types of metal adhesives. The process of bonding a metal with an adhesive is known as friction adhesion or thermal transfer. In addition to this, bonding some metals with others, like gold with silver, and tin with lead, are also known as thermal conductivity bonding. These bonding processes result in forming a sort of invisible metal layer which is called a bond.
Bonding allows two metal substances to form a sort of mechanical link, or joint, that will help them to move or work well together in almost any way possible. In the case of friction bonding, this mechanical link is formed in such a way that when the moving parts are moved at a fast velocity, they tend to rub strongly against each other; this rubbing leads to a strong bond being formed between both parts.
There are many different types of metal bonding adhesives available. One of the most common types used for bonding metals is epoxy resin. This kind of adhesive bonding product is extremely durable and has very good mechanical properties, including extreme resistance to heat, chemical resistance, and electrical resistance. It is important to note that although these bonding products offer excellent mechanical properties, it is important to apply them in a proper and consistent manner. For example, you should never use too much of an adhesive bonding product or apply a product over or above a certain tolerance limit, as this can lead to excess bonding product build-up and premature failure of your projects.
Another type of adhesive bonding product is the epoxy resin-based products. These adhesives offer good mechanical properties similar to epoxy itself, but also provide exceptional chemical resistance to a wide range of solvents and oils. Some common epoxy resin-based adhesives include acrylic adhesives and epoxy powders. These adhesives are frequently used in areas such as ceiling tiles, plumbing joints, cabinet lining and edge applications, because they have high compressive strengths and excellent dimensional stability.
