Cleanwirx | Seaguard Film Galvanizing System

Cleanwirx

Product Description: Gel

 

Achieve the ultimate microscopic metal hygiene in minutes & help prevent corrosion well into the future. Simple & direct method. Mix OxNot Gel, apply to metal assets or components, then remove captured impurities quickly with OxNot no-residue stabilizing rinse. Apply your preferred protective paint or coating to prevent corrosion above & beneath coating surface. OxNot creates optimally receptive surfaces for improved coating adhesion & consistent, optimized coating performance. Biodegradable OxNot is completely free of chemical toxins such as methyl chloride, chlorinated solvents, methanol, toluene & acetone.

 

Visible & Invisible Oxidization/Corrosion

Chlorides & Nitrates

Sulfates & Sulfides

Ionically Bonded Salts

MIC/SRB & Microbial By-Products

Chemical & Biological Contaminants

Adhesion-Interfering Compounds

 

Formulated for Dry Abrasive Blast processes, OxNot Gel ensures clinically clean (not merely cosmetically clean) metal substrates to promote drastic improvements in surface decontamination, coating adhesion and corrosion control. 


Product Description: LiquidBlast

OxNotLiquidBlast lets you achieve the ultimate visual & microscopic metal hygiene in minutes. Stops flash rust and prevents corrosion under coatings well into the future.  Add OxNotLiquidBlast to the water tank, and blast as usual to simultaneously clean, profile and remove captured impurities- 1-step surface prep, zero dwell time, zero residuals. OxNot creates optimally receptive surfaces that SIGNIFICANTLY improve adhesion to promote more consistent coating performance. Biodegradable OxNot is completely free of chemical toxins such as methyl chloride, chlorinated solvents, methanol, toluene & acetone.

Removes Even Stongly Bonded Microscopic Traces of:

Visible & Invisible Oxidization/Corrosion

Chlorides & Nitrates

Sulfates & Sulfides

Ionically Bonded Salts

MIC/SRB & Microbial By-Products

Chemical & Biological Contaminants

No film residue and not inhibitor