Cancel
Account
My Items
My Cart
OR
ECORR Systems can help you select the right Cortec® corrosion inhibitor, antiscalant, boiler additive, cooling-water treatment, hydrotest additive, or equipment layup product.
Filter
Sort By
Cortec VpCI® S-15 | Total Replacement for Hydrazine Programs | 5 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 | 5 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 less...
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...
Cortec VpCI® S-49 | Fuel Additive | 55 Gal S-49 is a fuel oil dispersant/emulsifier that keeps insoluble particles dispersed, thus reducing carbon deposits on tips, soot formations, smoke...
Cortec VpCI® S-49 | Fuel Additive | 55 Gal S-49 is a fuel oil dispersant/emulsifier that keeps insoluble particles dispersed, thus reducing carbon deposits on tips, soot formations, smoke emissions, particulate emissions and sludge deposits in fuel storage tanks. S-49 is a blend of solvents, dispersants, surfactants and emulsifiers for treatment of fuel oil grades 2, 4, 5 and 6. Cortec is a world leader in rust and corrosion removal and protection. Cortec VpCI® products offer...
Cortec VpCI® S-69 | Water Treatment Additive | 5 Gal S-69 is a blend of liquid corrosion inhibitor building blocks for water treatment formulations. These additives protect ferrous and...
Cortec VpCI® S-69 | Water Treatment Additive | 5 Gal S-69 is a blend of liquid corrosion inhibitor building blocks for water treatment formulations. These additives protect ferrous and non-ferrous metals from corrosive contaminants and are excellent replacements for phosphonate and/or nitrite based compounds. S-69 is an organic formulation designed for low level concentrations in field applications. This product contains a unique combination of contact corrosion inhibitors and Vapor...
Cortec VpCI®-S-7P | Oxygen Scavenger Powder | 5 Lb S-7P is a catalyzed sodium sulfite based oxygen scavenger powder designed to protect low to medium pressure boiler systems against corrosion....
Cortec VpCI®-S-7P | Oxygen Scavenger Powder | 5 Lb S-7P is a catalyzed sodium sulfite based oxygen scavenger powder designed to protect low to medium pressure boiler systems against corrosion. Oxygen present in feed water can cause severe damage to boiler equipment if left unchecked. An oxygen induced attack can lead to pitting corrosion on the metal surface, which can result in rapid failure of the boiler. Ten parts of S-7P are necessary to remove one part oxygen. It is not recommended to use...
Cortec VpCI®-S-7P | Oxygen Scavenger Powder | 50 Lb S-7P is a catalyzed sodium sulfite based oxygen scavenger powder designed to protect low to medium pressure boiler systems against corrosion....
Cortec VpCI®-S-7P | Oxygen Scavenger Powder | 50 Lb S-7P is a catalyzed sodium sulfite based oxygen scavenger powder designed to protect low to medium pressure boiler systems against corrosion. Oxygen present in feed water can cause severe damage to boiler equipment if left unchecked. An oxygen induced attack can lead to pitting corrosion on the metal surface, which can result in rapid failure of the boiler. Ten parts of S-7P are necessary to remove one part oxygen. It is not recommended to...
Cortec VpCI® S10 F | Liquid Boiler Additive | 5 Gal Non-toxic “green” filming corrosion inhibitor for boiler condensate. Effective against corrosion caused by carbon dioxide and oxygen....
Cortec VpCI® S10 F | Liquid Boiler Additive | 5 Gal Non-toxic “green” filming corrosion inhibitor for boiler condensate. Effective against corrosion caused by carbon dioxide and oxygen. Excellent replacement for film forming amines (steam line). Resistant to oxidation and has high salt tolerance. Outstanding film for persistency and stability in a wide temperature range. Compatible with the majority of ingredients used in boiler and condensate line treatment programs. Cortec is a world...
Cortec VpCI®-309SF | Silica-Free Corrosion Inhibiting Powder | 100 lbs VpCI®-309SF is a Vapor phase Corrosion Inhibitor powder for corrosion protection of ferrous metals in recessed areas, interior...
Cortec VpCI®-309SF | Silica-Free Corrosion Inhibiting Powder | 100 lbs VpCI®-309SF is a Vapor phase Corrosion Inhibitor powder for corrosion protection of ferrous metals in recessed areas, interior cavities and voids. VpCI®-309SF provides an extremely efficient dry method to protect metals within an enclosed space. The VpCI® vaporizes and adsorbs on all metal surfaces, reaching all exposed areas, including recessed sections and interior cavities. Cortec is a world leader in rust and corrosion...
Cortec VpCI®-309SF | Silica-Free Corrosion Inhibiting Powder | 5 lbs VpCI®-309SF is a Vapor phase Corrosion Inhibitor powder for corrosion protection of ferrous metals in recessed areas, interior...
Cortec VpCI®-309SF | Silica-Free Corrosion Inhibiting Powder | 5 lbs VpCI®-309SF is a Vapor phase Corrosion Inhibitor powder for corrosion protection of ferrous metals in recessed areas, interior cavities and voids. VpCI®-309SF provides an extremely efficient dry method to protect metals within an enclosed space. The VpCI® vaporizes and adsorbs on all metal surfaces, reaching all exposed areas, including recessed sections and interior cavities. NOTE: MINIMUM ORDER (20) PAILS - MADE...
ECORR Systems provides Cortec® VpCI® water treatment products for boilers, steam and condensate systems, cooling towers, closed loops, hydrostatic testing, process water, equipment preservation, and industrial water systems.
As an Authorized Cortec® Distributor, ECORR Systems offers corrosion inhibitors, antiscalants, dispersants, oxygen scavengers, boiler additives, cooling-water treatments, hydrotest additives, and wet or dry layup products for ferrous and non-ferrous metals.
Water systems may contain dissolved oxygen, carbon dioxide, chlorides, minerals, microorganisms, and other contaminants that contribute to corrosion, scale, deposits, and reduced heat-transfer efficiency.
Cortec® water treatment products use contact and, in selected formulations, Vapor phase Corrosion Inhibitor technology to help protect metal below the waterline, above the waterline, and near the liquid-vapor interface.
Boiler and condensate products help control corrosion associated with dissolved oxygen, carbon dioxide, acidic condensate, and changing operating conditions. Product selection depends on boiler pressure, temperature, feedwater quality, system design, metallurgy, and existing treatment chemistry.
Cooling-water products help manage corrosion, mineral scale, suspended deposits, and system cleanliness in open or closed cooling systems. Treatment programs should be matched to the makeup water, cycles of concentration, system metallurgy, and operating temperature.
Closed-loop treatments protect compatible steel, copper, brass, aluminum, galvanized steel, and other metals in heating, cooling, and glycol systems. Correct concentration and periodic monitoring are necessary to maintain protection.
Antiscalants help prevent dissolved minerals from forming deposits on heat-transfer surfaces, piping, pumps, and other water-contacted components.
Dispersants help keep suspended material and organic deposits from attaching to system surfaces. Certain dispersants may be used with compatible biocide programs but are not themselves biocides.
Hydrotest additives help protect internal metal surfaces during pressure testing and may reduce flash corrosion after equipment is drained.
Layup products protect boilers, heat exchangers, cooling systems, tanks, piping, and process equipment while they are offline. Treatment may involve maintaining a treated liquid or applying a dry Vapor phase Corrosion Inhibitor inside an enclosed system.
Specialty products are available for low-pH water, saltwater, brine, ballast tanks, fire-water systems, and other applications with unusual chemistry or operating conditions.
» VpCI® S-10 and S-10 F Filming corrosion inhibitors for compatible steam and condensate systems requiring protection against corrosion associated with oxygen and carbon dioxide.
» VpCI® S-15 A boiler treatment formulation combining neutralizing chemistry with an oxygen scavenger and metal-passivating properties for approved medium- and high-pressure boiler applications.
» VpCI® S-69 Series Corrosion-inhibitor building blocks for compatible operating and layup formulations protecting ferrous and non-ferrous metals.
» VpCI® S-14 Antiscalant A general-purpose antiscalant used with compatible water-treatment programs where mineral-scale control is required.
» BioClean™ 612 Organic Dispersant An organic deposit dispersant that helps improve system cleanliness and may complement compatible biocide programs. BioClean™ 612 is not a biocide.
» CorrBlock A slowly dissolving corrosion-inhibitor block for selected water systems where controlled inhibitor release and multi-metal protection are required.
» VpCI®-611 A water-based rust-preventative concentrate for compatible hydrotesting, water blasting, wet abrasive blasting, fire-water systems, and preservation applications.
» VpCI®-308, VpCI®-309, and VpCI®-609 Vapor phase Corrosion Inhibitor powders for protecting enclosed equipment, internal cavities, boilers, heat exchangers, and piping during dry layup.
» VpCI®-649 A concentrated corrosion-inhibiting and antiscalant formulation for compatible freshwater and glycol closed-loop systems.
» VpCI® S-11 Series Specialty corrosion inhibitors for approved aqueous systems operating at low pH.
Boiler systems may experience corrosion in the feedwater, steam, condensate, and idle sections of the system. Dissolved oxygen can attack boiler metal, while carbon dioxide may form acidic condensate that damages return lines.
A complete boiler treatment program may include:
Boiler treatment should be designed and monitored by qualified personnel familiar with the boiler pressure, metallurgy, operating requirements, water chemistry, and applicable regulations.
Cooling towers continuously introduce air and concentrate dissolved minerals through evaporation. These conditions can increase corrosion, scaling, fouling, and biological growth.
A cooling-water program may require:
Corrosion inhibitors and dispersants should not be assumed to replace a properly designed biological-control program.
Closed loops lose less water than open systems but can still experience corrosion from oxygen intrusion, poor initial water quality, glycol degradation, mixed metals, leaks, and insufficient inhibitor concentration.
Treatment should account for:
Scale forms when dissolved minerals precipitate and attach to system surfaces. Even a thin mineral layer can interfere with heat transfer, restrict flow, increase energy use, and create areas where localized corrosion develops.
Antiscalant selection depends on the specific minerals present, saturation levels, pH, temperature, cycles of concentration, residence time, and compatibility with the rest of the treatment program.
Hydrostatic testing introduces water into new or existing tanks, vessels, pipelines, heat exchangers, and other equipment. Corrosion may occur during testing or after draining when water remains in low points, crevices, and dead legs.
A hydrotest preservation plan should consider:
During wet layup, the system remains filled with appropriately treated water. Inhibitor concentration, water chemistry, circulation, oxygen entry, and microbial activity may require periodic monitoring.
During dry layup, equipment is drained and dried before a powder, emitter, fogging treatment, or other Vapor phase Corrosion Inhibitor is introduced. The equipment should then be closed or sealed to retain the protective vapor concentration.
The best method depends on the system design, shutdown duration, ability to drain and dry the equipment, climate, accessibility, startup schedule, and required inspection frequency.
Effective treatment starts with understanding the system and its water chemistry. Important factors include:
Depending on the product and system, water-treatment chemicals may be introduced through:
Feed location, dosage, dilution, mixing, and injection rate should follow the current technical data sheet and the approved treatment program.
Water treatment requires ongoing monitoring rather than a one-time chemical addition. A program may include:
Review the current technical data sheet and safety data sheet before handling or feeding any water-treatment chemical. Follow all requirements for storage, dilution, personal protective equipment, ventilation, spill response, chemical-feed equipment, and disposal.
Water treatment should be approved by qualified facility, engineering, or water-treatment personnel. Systems involving potable water, food processing, healthcare, power generation, high-pressure boilers, regulated discharge, or critical equipment may have additional requirements.
» Antiscalants Scale-control products for cooling water, process water, and compatible industrial systems.
» Water and Oil Additives Corrosion inhibitors for water, oil, glycol, fuel, hydrotesting, and equipment preservation.
» VpCI® Powders Dry and water-soluble corrosion inhibitors for enclosed equipment, hydrotesting, and dry layup.
» Cleaners and Degreasers Products for cleaning system components, removing oils, and preparing equipment for treatment or preservation.
» Coating and Fluid Additives Corrosion-inhibiting building blocks for compatible coatings, fluids, and water-treatment formulations.
ECORR Systems is an Authorized Cortec® Distributor helping industrial facilities, water-treatment professionals, maintenance teams, equipment manufacturers, contractors, and plant operators select corrosion-control products for water systems.
ECORR Systems can help evaluate the system design, water chemistry, metallurgy, operating temperature, existing treatment program, shutdown duration, and preservation requirements to identify an appropriate Cortec® water treatment product.
Cortec® products are available for boilers, condensate lines, cooling towers, closed loops, hydrostatic testing, fire-water systems, process water, saltwater, brine, and equipment layup.
No. Boiler, cooling-tower, closed-loop, hydrotest, and layup applications have different chemistry and performance requirements. Product selection should be application-specific.
A corrosion inhibitor protects metal against chemical or electrochemical attack. An antiscalant helps prevent dissolved minerals from forming deposits. Many systems require both types of treatment.
Not unless the specific product is registered and labeled as a biocide. Corrosion inhibitors, antiscalants, and dispersants should not be assumed to provide complete biological control.
Yes. Cortec® offers products for wet and dry boiler layup. Selection depends on shutdown duration, boiler design, ability to drain and dry the system, and startup requirements.
Selected products release Vapor phase Corrosion Inhibitors that can protect accessible metal surfaces above the waterline in an enclosed system. This capability is product-specific.
Dosage depends on the product, system volume, water analysis, operating conditions, metal types, contamination, and protection objective. Follow the technical data sheet and approved treatment program.
Disposal depends on the product, concentration, contaminants collected during testing, and local discharge requirements. Wastewater approval should be addressed before treatment begins.
Yes. ECORR Systems can review the system, water chemistry, metals, operating conditions, treatment goals, and layup requirements to help identify an appropriate Cortec® solution.