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. But more often, protection becomes secondary due to the subjective factor of product appearance.
Metal and concrete surfaces are usually subjected to wear and tear from chemical, mechanical and environmental factors so there is a need to apply industrial paint coating. Today there is a long list of coatings that can be used for different painting needs. A good selection of the appropriate industrial coating is the most significant factor for a long lasting paint job.
Organic coatings have carbon, petroleum products that are refined or improved and also additives, pigments, solvents and fillers.
Products that fall under this classification are as follows:
Alkyd coatings which can be used to coat prepared substrates for different industrial environments. Relying of the components used, alkyds can be applied for interior, exterior, underground and underwater coatings. Alkyds need oxygen for the completion of the chemical reaction to come up with long lasting coatings. Compared to other products, these coatings dry longer because of the need for oxygen to spread into the whole paint film.
Epoxy coating systems are among the high performance coating products because of great film building, chemical and mechanical properties and are fast curing and drying. 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.
To have maximum resistance to the processes of weathering, chemicals, abrasion and corrosion, polyurethane coatings have special additives. 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.
Another type of coating is the waterborne acrylic industrial paint coating. Acrylic coatings are laden with more binders and additives made for high performance norms and less of the surfactants and other modifiers that have a negative effect on corrosion resistance.
Ceramic coatings are more durable and resistant to chemical and corrosion and have special characteristics like superior thermal insulation and also chemical and dimensional stability.
The ability of the intumescent coatings to expand and form thick, foam-like layers makes these act as insulators.
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.
Due to their stability even under fire, they are first options for high heat applications.
Get more information about other industrial coatings that are available.