VpCI®-609 Biodegradable Powders for Ferrous Metals and Aluminum

VpCI®-609 Biodegradable Powders for Ferrous Metals and Aluminum

VpCI®-609 Biodegradable Powders for Ferrous Metals and Aluminum

vpci-609-biodegradable-powders-for-ferrous-metals-and-aluminum

vpci-609-biodegradable-powders-for-ferrous-metals-and-aluminum

Cortec®

Sustainable Recommendation

One of the most powerful, fast-acting water-soluble VCI molecules used worldwide for corrosion remediation and control.

VpCI®-609 is a water-soluble VCI powder for wet or dry corrosion protection of ferrous metals and aluminum. VpCI®-609 is also available as VpCI®-609 S (with silica) and VpCI®-609 W (ready-to-use liquid version).

This product is accepted by Cefas as an offshore chemical. Registered under OCNS number 25717 allowing use at 5,000 ppm.

Passes Vapor Inhibiting Ability Test (NACE Standard TM0208-2008) before and after Exhaustion Test (MIL-STD-3010C).

Protects in liquid phase, vapor phase, and at the air-water interface.

Read more

VpCI®-609 is a water-soluble VCI powder for wet or dry corrosion protection of ferrous metals and aluminum. VpCI®-609 is also available as VpCI®-609 S (with silica) and VpCI®-609 W (ready-to-use liquid version).

This product is accepted by Cefas as an offshore chemical. Registered under OCNS number 25717 allowing use at 5,000 ppm.

Passes Vapor Inhibiting Ability Test (NACE Standard TM0208-2008) before and after Exhaustion Test (MIL-STD-3010C).

Protects in liquid phase, vapor phase, and at the air-water interface.

Read more

VpCI®-609 is a water-soluble VCI powder for wet or dry corrosion protection of ferrous metals and aluminum. VpCI®-609 is also available as VpCI®-609 S (with silica) and VpCI®-609 W (ready-to-use liquid version).

This product is accepted by Cefas as an offshore chemical. Registered under OCNS number 25717 allowing use at 5,000 ppm.

Passes Vapor Inhibiting Ability Test (NACE Standard TM0208-2008) before and after Exhaustion Test (MIL-STD-3010C).

Protects in liquid phase, vapor phase, and at the air-water interface.

Read more

VpCI®-609 is a water-soluble VCI powder for wet or dry corrosion protection of ferrous metals and aluminum. VpCI®-609 is also available as VpCI®-609 S (with silica) and VpCI®-609 W (ready-to-use liquid version).

This product is accepted by Cefas as an offshore chemical. Registered under OCNS number 25717 allowing use at 5,000 ppm.

Passes Vapor Inhibiting Ability Test (NACE Standard TM0208-2008) before and after Exhaustion Test (MIL-STD-3010C).

Protects in liquid phase, vapor phase, and at the air-water interface.

Read more

Main Features

VpCI®-609 is accepted by Cefas as an offshore chemical. Registered under OCNS number 25717 allowing use at 5,000 ppm

Protects in liquid phase, vapor phase, and at the air-water interface

Creates a molecular corrosion inhibiting layer on metal surface

Provides up to 24 months of continuous protection

Does not contain nitrites, phosphates, or heavy metals

Main Features

VpCI®-609 is accepted by Cefas as an offshore chemical. Registered under OCNS number 25717 allowing use at 5,000 ppm

Protects in liquid phase, vapor phase, and at the air-water interface

Creates a molecular corrosion inhibiting layer on metal surface

Provides up to 24 months of continuous protection

Does not contain nitrites, phosphates, or heavy metals

Main Features

VpCI®-609 is accepted by Cefas as an offshore chemical. Registered under OCNS number 25717 allowing use at 5,000 ppm

Protects in liquid phase, vapor phase, and at the air-water interface

Creates a molecular corrosion inhibiting layer on metal surface

Provides up to 24 months of continuous protection

Does not contain nitrites, phosphates, or heavy metals

Main Features

VpCI®-609 is accepted by Cefas as an offshore chemical. Registered under OCNS number 25717 allowing use at 5,000 ppm

Protects in liquid phase, vapor phase, and at the air-water interface

Creates a molecular corrosion inhibiting layer on metal surface

Provides up to 24 months of continuous protection

Does not contain nitrites, phosphates, or heavy metals

Usage

Asset Management

Corrosion Prevention

Long-Term Storage

Military Preservation

Mining Equipment Corrosion

Mothballing

OEM Equipment Corrosion

Process Equipment Protection

Rig Stacking

Spare Parts Preservation

Usage

Asset Management

Corrosion Prevention

Long-Term Storage

Military Preservation

Mining Equipment Corrosion

Mothballing

OEM Equipment Corrosion

Process Equipment Protection

Rig Stacking

Spare Parts Preservation

Usage

Asset Management

Corrosion Prevention

Long-Term Storage

Military Preservation

Mining Equipment Corrosion

Mothballing

OEM Equipment Corrosion

Process Equipment Protection

Rig Stacking

Spare Parts Preservation

Usage

Asset Management

Corrosion Prevention

Long-Term Storage

Military Preservation

Mining Equipment Corrosion

Mothballing

OEM Equipment Corrosion

Process Equipment Protection

Rig Stacking

Spare Parts Preservation

Product Type

VpCI® Powder

VpCI® Packaging

VpCI® for Void Spaces

VpCI® for Process Industries

Process Industry Corrosion Inhibitors

Biodegradable Corrosion Inhibitors

Additional Preservation Products

Product Type

VpCI® Powder

VpCI® Packaging

VpCI® for Void Spaces

VpCI® for Process Industries

Process Industry Corrosion Inhibitors

Biodegradable Corrosion Inhibitors

Additional Preservation Products

Product Type

VpCI® Powder

VpCI® Packaging

VpCI® for Void Spaces

VpCI® for Process Industries

Process Industry Corrosion Inhibitors

Biodegradable Corrosion Inhibitors

Additional Preservation Products

Product Type

VpCI® Powder

VpCI® Packaging

VpCI® for Void Spaces

VpCI® for Process Industries

Process Industry Corrosion Inhibitors

Biodegradable Corrosion Inhibitors

Additional Preservation Products

VpCI®-609 Biodegradable Powders for Ferrous Metals and Aluminum

VpCI®-609 Biodegradable Powders for Ferrous Metals and Aluminum

Variants

Extended Lifetime

Relevant Case Histories

Extended Lifetime

Load More Cases

© 2024 Presserv All rights reserved

© 2024 Presserv All rights reserved

© 2024 Presserv All rights reserved

© 2024 Presserv All rights reserved