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Effect of Surface Conditioning on Corrosion Resistance Using New Vs. Traditional Abrasive Blasting Media Types

Surface conditioning is the first step in building efficient corrosion protection on a part or structure. Key concerns during this step include, how to create a stronger anchor-profile and how to efficiently remove previously coated, damaged, or corroded elements from a materials surface prior to coating. The ideal solution must consider three areas of the surface conditioning process: finish quality, cleaning efficiency and total cost. 

Product Number: 51220-291-SG
Author: Wesley S. Towle, Paul W. Rehrig, Ed R. Reitz, Rafi M. Herskovits
Publication Date: 2020
Industry: Coatings
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Surface conditioning is the first step in building efficient corrosion protection on a part or structure. Key concerns during this step include, how to create a stronger anchor-profile and how to efficiently remove previously coated, damaged, or corroded elements from a materials surface prior to coating. The ideal solution must consider three areas of the surface conditioning process: finish quality, cleaning efficiency and total cost. This study compares the performance of various blasting media used for surface conditioning. Considered media includes a new engineered ceramic media, compared to traditional media such as a quality domestic source of brown fused alumina (BFA), garnet, coal slag and staurolite. Materials were selected based on their similar performance and cost position relative to each other.

Surface conditioning is the first step in building efficient corrosion protection on a part or structure. Key concerns during this step include, how to create a stronger anchor-profile and how to efficiently remove previously coated, damaged, or corroded elements from a materials surface prior to coating. The ideal solution must consider three areas of the surface conditioning process: finish quality, cleaning efficiency and total cost. This study compares the performance of various blasting media used for surface conditioning. Considered media includes a new engineered ceramic media, compared to traditional media such as a quality domestic source of brown fused alumina (BFA), garnet, coal slag and staurolite. Materials were selected based on their similar performance and cost position relative to each other.

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