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Improvements in Quality and Safety with Robotic Blasting

One of the most commonly used methods of surface preparation is abrasive blasting using abrasive media.

Robotic blasting technology can be used to clean and prep both inside and outside surfaces. This improves quality, longevity, and efficiency.

Corrosion Control May Be Tailored Using Robot

It is important to us that, as a leading coatings solution supplier, we remain on top of the newest developments in the coating business, including best practices for both inside and outside surface preparation. We offer corrosion resistance that can handle a wide range of dangerous chemicals, like robotic blast systems.

The benefits and uses of blasting robot are explored in this article. We also discuss surface preparation before applying a coating. In the relationship between the coating and the surface, the surface preparation and application processes are very important for the coating to be durable and weather resistant.

Robotic Blast System Use Cases

Railcar, steel, and automotive sectors are the primary areas where automated robots are utilized. Also appropriate for the aerospace, high-tech, military, and industrial manufacturing industries.

In order to ensure a reliable worldwide transportation method, rail tank cars and freight cars are essential.

When you’re storing and transporting dangerous chemicals, you need to protect your assets with impermeable barriers in tanks and value-added coatings, both of which we can help with.

Automated blast cleaning has several advantages over manual cleaning.

Automated blast cleaning has a number of benefits, including quality, efficiency, dependability, adaptability, and safety, all of which may be improved upon. Surface preparation is a problem that the technology can help with.

A few of the most important advantages are as follows:

  • Consistent quality of surface (no human mistakes).
  • Slight surface shaping by regulating blast pressure efficiency and high accuracy.
  • Engineered for the hard environment.
  • Significant savings in production costs.
  • Increased production capacity.
  • Exceptional consequences for the health and safety of the workforce (safer job sites)

If you’re looking for strategies to keep your staff safe and productive, robotic abrasive blasting is an excellent option. Outside the explosion zone, the robots may be controlled.

Confined-space ingress, which has gained great attention in recent years, is prevented by this. Entrance and exit are restricted in confined places, which are not meant to be occupied on a long-term basis. A tank container, a tank trailer, a tank railcar, and a cargo tank are all examples of closed spaces.

In addition, one of the most common blast-related injuries, eye injuries, was greatly minimized. In addition, there was very little exposure to any potentially harmful substances.

Preparation of the Surface and Coatings Selection for the Surface

A coating will not adhere adequately to the substrate if the surface is not properly prepared. Pre-treatment of steel and similar substrates is needed before they are coated or insulated. Surface preparation and application are critical to a coating’s ability to function.

In order for the coating to adhere to the surface, it must have the proper anchor profile, which is often obtained by various kinds of metal blasting. Sharp edges and corners, which if not properly rounded may cause the coating to delaminate, are just as important as having a precise surface profile, but they are often overlooked. NACE1/SSPC-SP-6 requires that all weld seams be ground smooth. Visit our website for more info about robotic blasting.

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