Here is a brief but basic introduction to epoxy. It should be informative enough to assist you in your understanding and appreciation of how epoxy floor products ranges aid the commercial consumer. Epoxy makes reference to the basic components of cured end-products originating from epoxy resins. Epoxy resins are essentially referred to as polyepoxides. These come from the class of reactive prepolymers and polymers.
Epoxy resins are cross linked via catalytic homopolymerisation and/or a range of co-reactants. These reactants include what are known as polyfunctional amines, acids, alcohols, phenols and thiols. These reactants can also be referred to as curatives or hardeners. The process of cross linking epoxy reactions is usually referred to as curing. When polyepoxides react with themselves they form what is known as a thermosetting polymer.
And the result is that they come armed with favorable mechanical properties as well as high thermal and chemical resistance. The epoxy has quite a wide range of applications. These will include metal coatings which would usually be used in the make-up of electronics and electrical components, high tension electrical insulators, LEDs and fiber reinforced plastic materials. They are also used in the manufacture of paints as well as paint brushes and coatings.
The development of two-part epoxy coatings became necessary in order to do justice to heavy duty work on metal substrates. This also allowed for the use of less energy than would have been the case with heat cured powder coatings. The systems developed allowed for tough, protective coatings indicative of outstanding hardness. But one-part epoxy coatings are produced as an emulsion in water.
These are cleaned without the using solvents. Finally, epoxy coatings are regularly used in automotive and industrial applications as a result of being more heat resistant than latex based and alkyd based paints.