Did you know that corrosion is the leading environmental health and safety (EHS) problem among industrial manufacturers? That’s why it is so important to invest in proper anti-corrosion treatments for your mechanical components, machinery and equipment. In this post we will discuss some of the benefits of implementing anti-corrosion surface treatments to extend equipment life and protect against costly damage from rust or other corrosive agents.

Read on to find out how these coatings work and why they are an important tool for creating a safer work environment!

What are anticorrosion surface treatments and why they are important for mechanical components

Anti-corrosion surface treatments are a type of protective coating applied to the outer layer of mechanical components, such as those found in machinery, engines and machines. These treatments create a barrier that helps prevent rusting or corrosion of the material due to exposure to external elements, such as moisture and chemicals.

This is important for mechanical components to function safely and properly. Without these protective coatings, components would gradually weaken over time due to corrosion and may stop working. Anti-corrosion surface treatment can help protect the part by making it more resistant to common forms of wear and tear. The right coating can even greatly extend the life of mechanical components, saving time, energy and money on repairs or replacements in the long run.

Types of corrosive agents and how to identify them

Corrosive agents can be incredibly damaging to mechanical components, attacking them and causing them to deteriorate even over short periods of time. Knowing how to identify these corrosive agents is absolutely essential for anyone who works with and maintains mechanical components.

An alkaline agent, for example, is corrosive and often has a soapy or creamy odor and can feel slippery when touched. In addition, it is also important to know how to identify particle corrosion, or rust due to oxygen oxidation, as this type of corrosion can appear deceptively like the other types. Doing some research on the environment in which mechanical components are used is a good place to start if you are unsure of the type of corrosive agents you are dealing with.

Benefits of applying anticorrosion treatments

Anti-corrosion treatments can be used for a variety of mechanical components and offer several benefits beyond simple rust prevention. Anti-corrosion treatments provide extra protection from oxidation, allowing larger components or those used at higher temperatures to perform at optimal levels. In addition, the corrosion resistance provided by these treatments is often significantly higher than that achievable with paints and other coating solutions.

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This makes them a more effective long-term solution, resulting in fewer replacements due to corrosion damage. In addition, many of the available products have a low VOC content, which helps promote healthier working conditions for employees. Taking all these benefits into account, it’s easy to see why it pays to treat your mechanical components with an anticorrosion solution whenever possible.

How to choose the best anticorrosion treatment for your components

In summary, anticorrosion surface treatments are of great importance in extending the service life of mechanical components. A wide range of corrosive agents can be identified by their characteristics, symptoms and color codes, depending on the material used.

The application of these surface treatments has many advantages, such as durability, uniformity of coating surfaces, and resistance to high temperatures. When choosing the most suitable anti-corrosion treatment for your parts, it is advisable to consult an expert, as at Paganoni we have extensive experience in performing this type of process for different types of materials. Don’t wait any longer, contact us now and take advantage of our well-known brand!