What is VpCI Corrosion Inhibiting Technology ?

VCI is the generic term for “volatile corrosion inhibitor,” “vapor corrosion inhibitor,” or “Vapor phase Corrosion Inhibitor,” a revolutionary technology that simplifies corrosion protection and is ideal for keeping enclosed void spaces (e.g., packages, equipment internals, or structural metal cavities) rust-free. The Cortec Corporation

VCI is the generic term for “volatile corrosion inhibitor,” “vapor corrosion inhibitor,” or “Vapor phase Corrosion Inhibitor,” a revolutionary technology that simplifies corrosion protection and is ideal for keeping enclosed void spaces (e.g., packages, equipment internals, or structural metal cavities) rust-free. The Cortec Corporation has trademarked their Cortec® brand of VCIs under the name VpCI® to help ensure our customers are getting the premium VCI products that are trusted globally.

VpCI technology works to create a protective environment within each package or enclosure where it is applied. VpCI's inside liquids, powders, or packaging materials travel through the air to form an invisible protective shield on metal surfaces in the enclosed space. This VpCI shield does not alter metal properties. Instead, it blocks t

VpCI technology works to create a protective environment within each package or enclosure where it is applied. VpCI's inside liquids, powders, or packaging materials travel through the air to form an invisible protective shield on metal surfaces in the enclosed space. This VpCI shield does not alter metal properties. Instead, it blocks the ability of oxygen, moisture, and other corrosive elements to attack the metal surface and make it rust. After the metal part is taken out of the VpCI packaging or enclosed space, the VpCIs float away, and the metal components, machinery, or products are ready for immediate use, no cleaning or degreasing required. .

VpCI technology works to create a protective environment within each package or enclosure where it is applied. VpCIs inside liquids, powders, or packaging materials travel through the air to form an invisible protective shield on metal surfaces in the enclosed space. This VpCI shield does not alter metal properties. Instead, it blocks th

VpCI technology works to create a protective environment within each package or enclosure where it is applied. VpCIs inside liquids, powders, or packaging materials travel through the air to form an invisible protective shield on metal surfaces in the enclosed space. This VpCI shield does not alter metal properties. Instead, it blocks the ability of oxygen, moisture, and other corrosive elements to attack the metal surface and make it rust. After the metal part is taken out of the VpCI packaging or enclosed space, the VpCIs float away, and the metal components, machinery, or products are ready for immediate use, no cleaning or degreasing required. .

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