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Industrial coatings protect structures from a variety of environmental factors. These include corrosion control for steel and concrete, fire resistance, food safety regulations compliance, and more.
To ensure the right performance, every industrial coating should be prepared using proper techniques like blasting procedures and heating processes to clear surfaces of moisture and contaminants. This prevents fisheye looks, blistering, adhesion failure, alligatoring, and bubbling. See our home page.
Industrial coatings offer a variety of protective benefits to equipment and surfaces. These include protecting concrete or steel from corrosion, abrasion, and impact, as well as increasing the lifespan of products and improving their appearance.
Every industrial coating is crafted to meet the needs of its intended use in terms of durability, unique quality, appearance, and environmental compliance. The resulting product is then applied to the surface of choice using either spraying, brushing, or E-coating (a process that uses a water-based paint emulsion and an electric current to coat metal surfaces).
The key to ensuring success with industrial coatings is to properly prepare the surface before applying the material. This includes removing any loose or peeling material, as well as cleaning the surface. Additionally, the equipment used to apply industrial coatings should be thoroughly cleaned and maintained. This includes having strong pump seals, clean filters and spray tips, and regularly flushed airlines. Failure to do so could result in runs, sags, blistering, or orange peel looks.
Industrial coating provides a durable solution that protects and enhances various surfaces. It is used for projects ranging from metal surfaces to concrete structures to improve durability, resist chemicals and UV light radiation, and ensure optimal functionality. It is a vital tool in many industries, including aerospace, construction, electronics, and healthcare.
Corrosion is a common problem in industries, and it can destroy equipment, cause safety hazards, and increase maintenance costs. Coatings help to prevent corrosion by creating an impenetrable barrier. They are also available in a range of colors and textures. They can be applied to a wide variety of surfaces, including metal, concrete, and wood.
In addition to durability, industrial coatings must be able to withstand harsh environments and weather conditions. This means that they must be able to withstand the temperature of an industrial environment as well as chemical and physical stressors. In order to achieve this, the substrate must be properly prepared for the coating to adhere. Otherwise, it may fail prematurely.
Easy to Clean
The right industrial coating protects your surfaces and equipment while also lowering the total cost of ownership. Aside from fire and corrosion protection, many industrial coatings also provide easy cleaning properties.
Plasma polymer easy-to-clean coatings significantly reduce surface contamination on complex parts and assemblies, extending their service life and facilitating their cleaning. Often, blasting processes and thermal paint stripping can be completely dispensed with.
Some industrial coatings even create non-stick or non-slip surfaces. Food-safe coatings prevent corrosion and rust on the handles of containers, while fluoropolymer-coated molds, tools, and machinery reduce friction to extend their longevity.
Coatings can be applied by immersion or spraying for optimal results in both large and small areas, as well as on structures with complex nooks and crannies. This helps to eliminate runoff and sags while also providing full coverage. A quality topcoat offers additional protective features, including resistance to UV light, abrasion and impact, and moisture.
Industrial coatings protect surfaces and prolong the lifespan of products used in a variety of industries. They can be applied to metals, plastics, concrete, and other materials to resist environmental factors like corrosion, rust, and weathering.
Proper surface preparation is critical to the success of industrial coatings. It helps to prevent problems such as fisheyes, blistering, adhesion failure, alligatoring, and cissing. The surface should be cleaned of moisture, dry contaminants, and salts using the proper techniques like heating processes and blasting procedures. Priming is also an important step in industrial coating, as it ensures that the substrate and the coating will work together.
When working with industrial coatings, it’s essential to wear the proper safety gear. This includes a mask to avoid inhaling any paint particles. It’s also important to keep the work area free of fire hazards and other potential threats. Additionally, an optimal application requires strong pump seals and clean spray tips, as well as regularly flushed airlines. Read on to find out!