The Uses of Industrial Paint|Applications of Industrial Paint|How Industrial Paint Is Used
The first among two reasons to use industrial paint is to provide protective coating from external forces such as chemical and physical. Second is to make the product look valuable. 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. At present, the paint industry has a vast collection of coatings that are appropriate for different situations. The important thing to achieve a long-lasting paint job is the proper choice of an industrial coating.
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. Alkyds can be used for interior, exterior, underground and underwater applications depending on the composition. Using oxygen to complete the chemical reaction. Alkyds provide a durable finish. Unlike other products, these coatings take longer to dry up since oxygen has to spread in the entire paint film.
Epoxy coating systems belong to the high performance type of coating products because it has very good mechanical and chemical characteristics and short curing and drying periods. Epoxy coating systems were tested to have great bonding with galvanized, steel, aluminum and zinc surfaces. That is why they are first choices for industrial painting projects needing ultimate protection from the usual wear and tear, abrasion, corrosion, moisture, salt air, fuel, water, chemicals and non-oxidizing acids, alkali and salts in immersion.
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.
For inorganic coatings, these are composed of enamels, pigments and additives to be able to give protective coating against many factors in industrial environments. For industrial applications, these are common inorganic coatings being used.
Acrylic coatings are waterborne industrial paint coatings. The ingredients that diminish corrosion resistance such as pigment dispersants have lower percentage compared to the increased binders and additives to make the acrylic coatings perform excellently.
Ceramic coatings have increased durability, protective properties from chemicals and corrosion and have extraordinary traits such as superior thermal insulation and chemical and dimensional stability.
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.
These coatings can be stable even with fire so they are the number one choice for high heat applications.
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.