Painting Machinery: How to Reduce Wear and Tear
Did you know that, according to the Electrochemical Society, corrosion is a common result when electrochemical reactions occur between substances and materials? Additionally, corrosion can be a very costly and dangerous problem.
This is because it can end up causing breaks, floods, and leaks.
Whatever industry you’re in, you need to avoid the corrosion of your machinery. Otherwise, you could end up with a problem. This problem could be dangerous or costly.
But how do you do this? Not knowing can be quite stressful.
Fortunately, painting machinery is a solution you can use. There are many types of damage that industrial paint can prevent. They include corrosion.
In this article, we’ll review how you can reduce the wear and tear of your machinery by painting it. Finally, your machinery can be safe to use. You can keep yourself and your employees safe. Read on to learn more.
Protection Against Galvanic Corrosion
Galvanic corrosion is a type of corrosion that occurs when someone connects two metals that possess different electrochemical changes with a conductive path. By applying a corrosion-resistant coating, you can avoid this type of corrosion.
Moisture Resistance
If you want to protect your machinery from moisture in the environment, commercial paint isn’t enough. However, you can use epoxies, versatile industrial paints, to protect your machine’s working parts as well as its exterior decor from moisture.
Stress-Corrosion Cracking Protection
Another type of corrosion is stress-corrosion cracking or SCC. This occurs to metal when you expose it to tensile stress that’s intense, usually because of prevailing factors like wielding, a thermal process, or cold work stress.
If you or your employees complete this type of work, you can avoid SCC by applying industrial paint to the metal.
Chemical Resistance
If there are many chemicals present in your work area, your machinery is at risk of being negatively impacted by these chemicals. Fortunately, with high-performance urethanes, you can protect against chemical resistance.
Additionally, urethanes provide superior UV protection and protection against abrasion.
Crevice Corrosion Protection
Another common corrosion type is crevice corrosion. When this occurs, corrosive elements such as sand or dust work their way into your machinery’s crevices and cracks, for example, on the edges of nuts and rivet heads.
Once these elements have accumulated on your machinery’s surface, it makes it easier for water to work its way in, causing corrosion.
Fortunately, with a corrosion-resistant coating, you can protect your machinery from this type of corrosion.
Extreme Environmental Conditions Protection
In your industry, you may end up exposing your machinery to extreme environmental conditions. By using primers, you can protect your machinery from these conditions. Primers also offer protection against general corrosion resistance.
An added benefit? Primers can be applied as a base layer for additional coatings and paints.
High Heat Resistance
Another type of paint that can protect your machinery is heat-resistant paint. These paints are made to resist temperatures of up to 600 degrees Fahrenheit, with some even offering resistance against temperatures as high as 750 degrees Fahrenheit.
In addition to being resistant to heat, these paints resist rust, smoke, grease, and flames.
If you work in an area where any of these elements are present, use heat-resistant paint to protect your machinery. Note that many 100% silicone-formulated paints can be useful for high-temperature applications.
Medium Heat Resistance
Additionally, there are industrial paints that protect your machinery against medium heat resistance. If this is what you’re looking for, use silicone alkyd, an alkyd resin specifically formulated for this type of protection.
Protection Against Intergranular Corrosion
When your machinery experiences intergranular corrosion, this corrosion doesn’t occur on its surface. Instead, it strikes the boundaries that are metal and crystalline. This happens when the metal’s grain boundaries form an anode, and the grain interior acts as a cathode.
If this is a type of reaction that often occurs with your machinery, then you should use industrial paint to protect it from this corrosion type.
Pitting Corrosion Protection
Pitting corrosion is a localized corrosion type that affects pits or small holes on metal surfaces. It works similarly to crevice corrosion. If the metal surfaces of your machinery have pits or small holes, you should use industrial paint to protect them from this corrosion type.
Abrasion Resistance
If you want to provide abrasion resistance that lasts a long time, you should also use epoxies. They often lock in other paint layers, so if you want the paint you’ve already applied to last a long time, this can be a good choice.
Steel Corrosion Protection
If much of your machinery is steel-based, then using industrial paint that specifically aims to protect your machinery against steel corrosion is a good idea. In this case, apply zinc-rich paint (either inorganic or organic) to your machinery.
Salt Attack Protection
A coating of industrial paint can also protect steel machinery from salt attacks. If this is an environmental factor that often impacts your machinery, use industrial paint to protect it so you can continue to use it safely in the future.
Interested in Painting Machinery?
Now that you’ve learned how industrial paints can help you reduce the wear and tear on your machinery, you might be interested in painting machinery. If this is the case, you should look no further than Factory Painting USA.
We’re experts when it comes to painting machinery, and we’ve been serving customers for the past 74 years. We also have experience painting machinery.
If you’re interested in hiring us to paint your machinery, get a free quote now.