Vehicles such as earthmovers, tools, and industrial equipment do some heavy work during their lifetimes. This means that they are exposed to all sorts of harsh conditions, during which time they may be damaged. Given how expensive so much of this industrial equipment is, being able to protect it from harsh conditions for as long as possible is integral to saving money. Just imagine how much more expensive it would be to conduct important building and construction projects or mining if the equipment involved costed so much more due to it breaking down or corroding too often?
How Industrial Equipment Is Protected
If you are managing a construction project, the last thing you want is for the equipment to fall apart due to corrosion. The good news is that protective coating and industrial painting in Perth can ensure that tools and equipment are protected. Consider the benefits:
- Temperatures – Industrial machinery is not simply restricted to building sites in temperate climates. Can you imagine the harsh conditions that the equipment used on oil rigs needs to endure year after year? What about the specialised equipment used on mining sites in temperatures that often reach over 50° C? And this is not to mention the temperatures that much of this machinery must operate at, such as those used in blast furnaces in the metal industry! Adequate protective coatings must be used for tools and equipment used in these harsh environments so that they can go the distance.
- Corrosion – Given the range of harsh conditions in which industrial equipment is often used, the weather plays a major role in degrading many tools. For example, how long would drilling equipment last for on an oil rig where salt water and salt air plays a major part in the corrosion of many materials? Specialised protective coatings containing a mix of robust chemicals and materials can protect industrial equipment from the ravages of this harsh weather.
Preparing for a Protective Coating
Protective coatings are not only applied to industrial equipment. They are also commonly applied to concrete buildings in order to protect the surface from mould, mildew, and moisture. In cases where there is already some surface damage, either on industrial equipment or concrete, the surface needs to be abraded through a process called blasting so that the contaminants can be cleared away. This clean surface can then have the appropriate protective coating and paint layers applied to it.
In cases where there is already a protective coating, certain companies can perform what is called a dry film thickness test. During this process, the thickness of the applied coating is tested. Generally, the thicker the protective coating is, the better the level of protection and the more effective it is. New protective coating may need to be applied to equipment or other surfaces where there is inadequate protection or where the previously applied chemicals layers are damaged or old.
Protecting surfaces from high temperatures and harsh weather conditions is essential. Given the wide range of conditions in which industrial equipment needs to operate and the durability demanded of our buildings over a long period of time, protective chemical coatings are essential.