The Uses of Industrial Paint|Applications of Industrial Paint|How Industrial Paint Is Used
Of the two primary purposes of industrial paint, the first is to protect the surface from physical and chemical attack. The second reason is to help increase the value of the product by giving it more appeal. However, there are times because of the subjective nature regarding the appearance of a product, it becomes the primary reason instead of protection.
Because of the chemical, mechanical and environmental destruction of metal and concrete, industrial paint coating has to be applied on these surfaces. Now the painting industry has a huge array of coatings that conform to every painting need. A good selection of the appropriate industrial coating is the most significant factor for a long lasting paint job.
Organic coatings are composed of refined or modified petroleum products, carbon, various pigments, solvents, additives and fillers.
Products that fall under this classification are as follows:
In many industrial environments, Alkyd coatings are used for prepared substrates. With certain ingredients added, alkyds are appropriate for interior, exterior, underground and underwater applications. For a durable finish, alkyds utilize oxygen for a complete chemical reaction. Because oxygen has to fill in all over the paint film, it will take longer for these coatings to dry compared to other products.
Epoxy coating systems cure and dry easily with excellent film building, mechanical and chemical characteristics hence perform very good. Epoxy coating systems are known to bond well to many kinds of surfaces which include steel, aluminum, zinc and galvanized surfaces. Because of the need for complete protection from the usual wear and tear, corrosion, moisture, abrasion, salt air, water, chemicals and fuels and the salts in immersion, non-oxidizing acids and alkali, these coating systems are considered the best choice.
Polyurethane coatings are beefed up with specific additives which are mainly included to resist corrosion, abrasion, processes of weathering and chemicals. Because of this, they are able to conform to many industrial applications.
Inorganic coatings are types of coatings that contain enamels, additives and pigments as ingredients that will render it stable when exposed to industrial environments. Here are examples of inorganic coatings usually used for industrial applications.
Another type of coating is the waterborne acrylic industrial paint coating. For added protection, acrylic coatings have more additives and binders that conform with high performance standards with less components that will negatively affect corrosion resistance.
Ceramic coatings have specific characteristics which include superior thermal insulation, chemical and dimensional stability and at the same time more durable and resistant to chemical and corrosion.
Intumescent coatings are tested to give protection from fire as an insulator because it has the ability to expand into thick layers.
Because these coatings can maintain the integrity of different components in case of fire, they’re some of the best choices for high-heat applications.
For high heat applications, these are the coatings of choice because of their characteristic as insulators.
These are just some examples of the most common industrial coatings so you can read more about other industrial coatings that are used at present.
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