The technology and science behind epoxy resin flooring saw its beginnings during the beginning of World War II. The very first products designed by resin reactions were produced commercially in 1947. By the late 1950’s, the amount of epoxy resins being used had significantly increased, and even more variances of resin were introduced the end of 1060, with at least 25 types being made commercially available. The term ‘epoxy resin’ became more generic and described a wide range of materials and mixtures. Their ability to duplicate the performance of many thermosetting plastics and exceed their performance in a variety of applications is what sets them strides apart from other flooring solutions.
The recent inclusion of polymers have allowed epoxy resins to gain an increasing importance in industry for things such as coatings, electronics, casting, resins, dipping compounds, mouldings and reinforced plastic. Because of the incomparable strength, versatility, and incredible adhesion to almost any surface, epoxy resins have become a renowned flooring solution and have gained a wide acceptance in almost every industrial sector. They have revolutionised the joining and fastening technology in a long list of industries. Their ability to bond metals, glass, ceramics, woods and a variety of plastics, as well as concrete and other surfaces puts epoxy resins at a distinct lead over other adhesive materials.
The following are a list of properties associated with epoxy resins and a brief description:
Versatility – Epoxy resin are almost certainly the most versatile of any contemporary plastic. Their basic properties are easily modifiable; by blending several resin types, by carefully selection curing agents, as well as through the use of modifiers and fillers.
Curing – Epoxy resins are able to cure quickly and easily between a broad temperature range of 5°C and 150°C, which also depends on the curing agent used.
Adhesive Strength – Due to the chemical compound, most notably the hydroxyl and ether groups, epoxy resins are incredibly adhesive. Cured with low shrinkage to allow for the various surfaces in contact with the resin to become adhered and remain undisturbed.
Chemical Resistance – A cured epoxy resin flooring has incredible chemical resistance. The chemical resistant properties can be adjusted accordingly should the floor be going into an industrial sector where harsh chemicals are used frequently.
Due to their significant increase in popularity in such a wide range of industries, epoxy resins were soon developed in a range of colours. These colour epoxy resins are used in smaller scale formats such as cables and other electrical applications, as well as large formats such as bathtubs and entire floors. The range of colours allows for companies with requests for specific colour schemes to keep their brand fluid throughout their premises. As well as variances in colours, companies can easily incorporate company logos or any type of graphic design into their flooring.
As you can see after reading the information provided, epoxy resins have become a staple in almost every industrial sector, as the go-to solution for a strong and durable flooring system. From simple domestic garage flooring to heavy-duty industrial environments, epoxy resin is the ideal solution for you. Contact a reliable and professional epoxy resin flooring installation company today to discuss your flooring project.