Epoxy coating has radically lengthened the life of various steel products including piping as it stops it from corroding. The numerous ingredients in fusion bond are in powder form and require heat to change into liquid form which is then used as a coating. There are two methods of using the liquid either in dipping fluid beds or spraying.
Besides pipes it can be applied to valves, various types of pipe connections and reinforced concrete bars. Resin and its curing agent require Fahrenheit heating of between 356 to 482 degrees to be effective. Once this fluid mixture is applied and has hardened it cannot be changed back into a fluid mixture.
This process has been in use since the 1960s. Over decades many new techniques have been introduced, applied and manufacturing methods updated. In its present form many consider it a quality product and an excellent method as a protective coating for couplings, the inside and outside of pipes and at the required fittings.
Epoxy coating contains various components such as resin, hardening agents, fillers, extenders and coloring pigments. Of these resin is the main ingredient with its curing agent a close second. These two ingredients, depending on what percentage proportion to one another is used, are the elements that determine chemical resistance, brittleness, density and flexibility.
Pigments, extenders, fillers and other additives are included to achieve the end product's required properties. They are the ingredients that determine color, thickness, hardness and permeability.
All the ingredients in fusion bond are dry solids. It is recommended that when purchasing epoxy coated products people should buy the best they can afford. Making these coated products is an art and whether they are sprayed or submerged in beds people may want to purchase products that have been correctly manufactured according to set standards. The entire process requires knowledge and expertise.
Besides pipes it can be applied to valves, various types of pipe connections and reinforced concrete bars. Resin and its curing agent require Fahrenheit heating of between 356 to 482 degrees to be effective. Once this fluid mixture is applied and has hardened it cannot be changed back into a fluid mixture.
This process has been in use since the 1960s. Over decades many new techniques have been introduced, applied and manufacturing methods updated. In its present form many consider it a quality product and an excellent method as a protective coating for couplings, the inside and outside of pipes and at the required fittings.
Epoxy coating contains various components such as resin, hardening agents, fillers, extenders and coloring pigments. Of these resin is the main ingredient with its curing agent a close second. These two ingredients, depending on what percentage proportion to one another is used, are the elements that determine chemical resistance, brittleness, density and flexibility.
Pigments, extenders, fillers and other additives are included to achieve the end product's required properties. They are the ingredients that determine color, thickness, hardness and permeability.
All the ingredients in fusion bond are dry solids. It is recommended that when purchasing epoxy coated products people should buy the best they can afford. Making these coated products is an art and whether they are sprayed or submerged in beds people may want to purchase products that have been correctly manufactured according to set standards. The entire process requires knowledge and expertise.
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