Water Treatment

Cortec VpCI® Cooling Loop Gator™ | 4 Water Soluble Bags Cortec's Cooling Loop Gator™ is a VpCI® powder packaged in polyvinyl-alcohol (PVA) water-soluble bags. Developed for seasonal,...

Cortec VpCI® Cooling Loop Gator™ | 4 Water Soluble Bags Cortec's Cooling Loop Gator™ is a VpCI® powder packaged in polyvinyl-alcohol (PVA) water-soluble bags. Developed for seasonal, short or long term lay-up, Cooling Loop Gator™ protects enclosed spaces for up to 12 months. Once the bag and powder dissolve, the VpCIs adsorb on all metal surfaces - reaching even recessed areas and interior cavities.Cortec Cooling Loop Gator VpCI's form a strong molecular layer on the metal that...

Cortec VpCI® Cooling Tower Frog® | Corrosion Inhibitor Cooling Tower Frog® is a vapor corrosion inhibitor (VpCI) powder packaged in polyvinyl-alcohol water soluble bags. It is specially...

Cortec VpCI® Cooling Tower Frog® | Corrosion Inhibitor Cooling Tower Frog® is a vapor corrosion inhibitor (VpCI) powder packaged in polyvinyl-alcohol water soluble bags. It is specially developed for dry lay-up of cooling towers for seasonal, short or long term lay-up and is effective up to 12 months. This product offers an extremely efficient method of protecting multi-metals in enclosed spaces. When the bag is cut open, the VpCI's vaporize and adsorb on all metal surfaces - reaching...

Cortec VpCI® Dragon™ | 5 Gal Cortec’s VpCI® Dragon™ is a ready-to-use waterborne multi-metal Vapor phase Corrosion Inhibiting (VpCI®) fogging fluid designed for use in the dry layup of large...

Cortec VpCI® Dragon™ | 5 Gal Cortec’s VpCI® Dragon™ is a ready-to-use waterborne multi-metal Vapor phase Corrosion Inhibiting (VpCI®) fogging fluid designed for use in the dry layup of large boilers and steam components for short- and long-term preservation. The unique vapor-phase properties of the VpCI® molecules provide continuous protection throughout the boiler spaces when properly applied. Direct application to every metal surface is not required. VpCI® Dragon™ is a safer and/or more...

Cortec VpCI® Dragon™ | 55 Gal Cortec’s VpCI® Dragon™ is a ready-to-use waterborne multi-metal Vapor phase Corrosion Inhibiting (VpCI®) fogging fluid designed for use in the dry layup of large...

Cortec VpCI® Dragon™ | 55 Gal Cortec’s VpCI® Dragon™ is a ready-to-use waterborne multi-metal Vapor phase Corrosion Inhibiting (VpCI®) fogging fluid designed for use in the dry layup of large boilers and steam components for short- and long-term preservation. The unique vapor-phase properties of the VpCI® molecules provide continuous protection throughout the boiler spaces when properly applied. Direct application to every metal surface is not required. VpCI® Dragon™ is a safer and/or...

Cortec VpCI® Gecko™ VpCI® Gecko™ is a convenient ready-to-use Vapor phase Corrosion Inhibitor (VpCI®) packaged in an airpowered spray can for use in the dry layup of small boilers and steam...

Cortec VpCI® Gecko™ VpCI® Gecko™ is a convenient ready-to-use Vapor phase Corrosion Inhibitor (VpCI®) packaged in an airpowered spray can for use in the dry layup of small boilers and steam components. VpCI® Gecko™ is effective for seasonal or long-term preservation of waterside and fireside components in boiler systems where the use of a Boiler Lizard® or traditional layup methods are not practical or effective. The VpCI® molecules will ensure protection throughout the boiler and direct...

Cortec VpCI® Iguana™ | 5 Gal Cortec's VpCI® Iguana™ is a ready-to-use waterborne corrosion inhibitor for use in operating hot water systems or wet layup of standby boilers. Its combination of...

Cortec VpCI® Iguana™ | 5 Gal Cortec's VpCI® Iguana™ is a ready-to-use waterborne corrosion inhibitor for use in operating hot water systems or wet layup of standby boilers. Its combination of contact and Vapor phase Corrosion Inhibitors protects multi-metal surfaces below and above the water level. VpCI® Iguana™ is easy to apply and does not require frequent monitoring—unlike traditional layup strategies that require maintenance of high pH and regular testing of oxygen scavenger levels....

Cortec VpCI® Iguana™ | 55 Gal VpCI® Iguana™ is a ready-to-use waterborne corrosion inhibitor for use in operating hot water systems or wet layup of standby boilers. Its combination of contact...

Cortec VpCI® Iguana™ | 55 Gal VpCI® Iguana™ is a ready-to-use waterborne corrosion inhibitor for use in operating hot water systems or wet layup of standby boilers. Its combination of contact and Vapor phase Corrosion Inhibitors protects multi-metal surfaces below and above the water level. VpCI® Iguana™ is easy to apply and does not require frequent monitoring—unlike traditional layup strategies that require maintenance of high pH and regular testing of oxygen scavenger levels. VpCI®...

Cortec VpCI®S-11 | Liquid Additive | 5 Gal  S-11/S-11 Org are corrosion inhibitors for aqueous systems with low pH levels. S-11 is a proprietary blend of acetylenic alcohols, salts of...

Cortec VpCI®S-11 | Liquid Additive | 5 Gal  S-11/S-11 Org are corrosion inhibitors for aqueous systems with low pH levels. S-11 is a proprietary blend of acetylenic alcohols, salts of quaternary amines, and nonionic surfactants. S-11 Org is a proprietary blend of salts of alkyl pyridines. S-11/S-11 Org are suitable replacements for propargyl alcohol. They are less toxic and more environmentally acceptable. S-11 Org is also available in powder form S-11P. This powder is especially useful...

Cortec VpCI® S-15 | Total Replacement for Hydrazine Programs | 55 Gal  S-15 is effective in controlling corrosion caused by oxygen and carbon dioxide in high and medium pressure boilers and...

Cortec VpCI® S-15 | Total Replacement for Hydrazine Programs | 55 Gal  S-15 is effective in controlling corrosion caused by oxygen and carbon dioxide in high and medium pressure boilers and condensate lines. S-15 utilizes the combination of volatile neutralizing amines in conjunction with an oxygen scavenger– metal passivator. This combination improves corrosion control in two ways. Rirst, any acidic species present are neutralized and the pH is increased, leading condensate to become...