Corr-Ze 100 for Use During Wet Abrasive Vapor Blast 

Achieve the ultimate visual & microscopic metal hygiene, stop flash rust & prevent undercoating corrosion well into the future. Apply Corr-Ze 100 to metal assets or components to remove captured impurities in one easy step. Coating neutral Corr-Ze products work with any coating system. Corr-Ze products create optimally receptive surfaces for improved adhesion & consistent, optimized coating performance. Biodegradable Corr-Ze products are icompletely free of toxic methyl chloride, chlorinated solvents, methanol, toluene & acetone.
 
Removes Even Strongly Bonded Microscopic Traces of:
Visible & Invisible Oxidization/Corrosion
Ionically Bonded Chlorides, Soluble Salts, Sulfates, Sulfides, Nitrates
MIC/Sulfate Reducing Bacteria
Chemical & Biological Contaminants
  • FAST DRYING
  • EASY TO USE
  • pH STABILIZING
  • NO FILM, NO RESIDUE
  • NO ACID BATH
RECOMMENDED FOR:
Field Repairs
Structures & Pipelines
Vessels & Tanks
High Humidity Areas

How does Corr-Ze work? 

Corr-Ze is a surface preparation process that cleans, rather than covers, the metal and does not deposit or leave any residue on the surface. Uniquely designed to be used during wet abrasive blasting (unlike similar products) Corr-Ze eliminates both water-soluble as well as non-water-soluble contaminants that interfere with coating adhesion and long term performance.
  • Corr-Ze Blast is mixed with clean water and abrasive media.

  • During wet abrasive blasting, abrasive media "opens" the surface using mechanical force to remove interference material and rust (oxidation layers). 

  • Corr-Ze interacts with contaminants at the point of impact by the abrasive media and immediate exposure of the surface. 

  • Surface tension of the water is increased which helps wash away the contaminants and expedite dry times. 

During wet abrasive blasting, Corr-Ze Blast chemically interacts with and removes contaminants for unimpeded coating/substrate contact, while simultaneously stabilizing the surface of metal so that it oxidizes very slowly and evenly,  allowing more time for coatings to be applied – and leaves absolutely NO film or residue to hinder coating adhesion.
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