corr line application presentation
DESCRIPTION
CorrLine International application process comparison.TRANSCRIPT
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Achieving a New Standard in
Corrosion Elimination
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Current Application Standard
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Corrosion Blister
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Abrasive Blasting
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Abrasive Blasting Does Not Remove Microscopic Contaminants
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Today’s Visual Standard Does Not Address Microscopic Contaminants
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Microscopic Contaminant On Abrasively Blasted Surface
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Microscopic Contaminants Attract Moisture In The Atmosphere
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Moisture Adheres To Microscopic Contaminants
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Microscopic Contaminants Plus Moisture Cause Flash Rusting
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With Microscopic Oxidation The Visual Standard Is Still Acceptable
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Application of Coating Over Microscopic Contaminants and Oxidation
Additional primers are used to help coatings adhere better, but only mask the corrosion mechanism for a relatively short time.
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Coated Surface Under Conventional Standards and Application
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Corrosion Mechanism is a Ticking Time Bomb
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Moisture Moves Through Coating via Osmosis
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Hydrostatic Pressure Begins Building Underneath the Coating
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Corrosion Develops at the Surface
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Coating Delaminates From the Surface
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Blistering Appears With Coating Failure
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Process
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Abrasive Blast
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Abrasive Blasting Does Not Remove Microscopic Contaminants
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Microscopic Contaminant On Abrasively Blasted Surface
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Application of CorrLine’s CorrX Decontamination Gel
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CorrX Resides on Surface for a Minimum of 20 Minutes
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CorrX Dissolves Microscopic Contaminants
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Microscopic Contaminants Gone
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Pressure Wash with CorrLine Conditioner
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Pressure Wash with CorrX Conditioner to Remove Gel
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Clean, Un-Contaminated Steel
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Microscopic View of CorrLine Clean Steel
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Coating with Customer Selected Coating
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Final Coated Surface with No Corrosion Mechanism
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Customer Pipeline Treated with CorrX in 1995 Still No Corrosion