Surface Modification

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Questioning Current Methods in Defining Proper Coating Surface Profile (Part 2) Questioning Current Methods in Defining Proper Coating Surface Profile (Part 2) Questioning Current Methods in Defining Proper Coating Surface Profile (Part 2) Questioning Current Methods in Defining Proper Coating Surface Profile (Part 2)


Increasing surface roughness depth does not always ensure good coating adhesion. Here, we consider how adhesion ultimately depends on not...

Questioning Current Methods in Defining Proper Coating Surface Profile (Part 1) Questioning Current Methods in Defining Proper Coating Surface Profile (Part 1) Questioning Current Methods in Defining Proper Coating Surface Profile (Part 1) Questioning Current Methods in Defining Proper Coating Surface Profile (Part 1)


In light of basic adhesion science, today’s surface profile measurement methods, standards and specifications have unique limitations in...

Myth or Fact: Higher Surface Profile Increases Coating Adhesion (Part 2) Myth or Fact: Higher Surface Profile Increases Coating Adhesion (Part 2) Myth or Fact: Higher Surface Profile Increases Coating Adhesion (Part 2) Myth or Fact: Higher Surface Profile Increases Coating Adhesion (Part 2)


A decade of independent surface preparation studies show no correlation between higher surface profiles and protective coating adhesion;...

Myth or Fact: Higher Surface Profile Increases Coating Adhesion (Part 1) Myth or Fact: Higher Surface Profile Increases Coating Adhesion (Part 1) Myth or Fact: Higher Surface Profile Increases Coating Adhesion (Part 1) Myth or Fact: Higher Surface Profile Increases Coating Adhesion (Part 1)


As the corrosion control industry adopts new coating technologies, the debate continues regarding best practices in steel surface...

Salt Limits to Prevent Premature Coating Failures Salt Limits to Prevent Premature Coating Failures Salt Limits to Prevent Premature Coating Failures Salt Limits to Prevent Premature Coating Failures


The presence of non-visible residual surface salts and their impact on life cycle coating performance is well documented, yet no widespread...

High Pressure Fastener Coating Practices Under Fire: Ian MacMoy Speaks Out High Pressure Fastener Coating Practices Under Fire: Ian MacMoy Speaks Out High Pressure Fastener Coating Practices Under Fire: Ian MacMoy Speaks Out High Pressure Fastener Coating Practices Under Fire: Ian MacMoy Speaks Out


Ian MacMoy, an expert on pressure bolt coatings for aggressive corrosion environments, speaks out against oversizing nut threads to...

Introduction to Electroplating Interview with Jane Debbrecht Introduction to Electroplating Interview with Jane Debbrecht Introduction to Electroplating Interview with Jane Debbrecht Introduction to Electroplating Interview with Jane Debbrecht


Jane Debbrecht discusses the electroplating process, how it is used in industry, and the benefits it has over other corrosion prevention...

Nitriding for Corrosion and Wear Fatigue Resistance Nitriding for Corrosion and Wear Fatigue Resistance Nitriding for Corrosion and Wear Fatigue Resistance Nitriding for Corrosion and Wear Fatigue Resistance


Nitriding, the process of introducing nitrogen into a metal surface, is an excellent method of controlling corrosion, as well as wear and...

Substrate Surface Preparation for Corrosion Prevention Substrate Surface Preparation for Corrosion Prevention Substrate Surface Preparation for Corrosion Prevention Substrate Surface Preparation for Corrosion Prevention


A combination of surface treatment processes is necessary for a material's longevity and for corrosion prevention. Learn the basics here