Corrosion Inhibitor Pretreatment Filming Agent
Product code RXSOL-81-8154-210
It is composed of chelating agent, dispersant, pretreatment filming and surfactant.
Description
RXSOL-81-8154-210 is composed of chelating agent, dispersant, pretreatment filming and surfactant. The chelating agent can chemically adsorb ferric and calcium, forming a hard film on metal surface.
A water-based, film-forming corrosion inhibitor designed for the protection of carbon steel and other ferrous metal surfaces in oil & gas production and industrial water systems.
The product combines film-forming amine chemistry, neutralizing/volatile amines, surface-active components and metal-protective additives to establish a persistent protective film on metal surfaces. This film reduces the contact between the metal and corrosive water, dissolved gases and acidic contaminants.
The product is particularly suitable for pretreatment/passivation of production flowlines, pipelines, vessels and associated oilfield equipment before continuous corrosion-control treatment.
Application
It has the advantages of quick filming, film homogeneization, chemical stable and low corrosion ratio. It can be used as pretreatment filming agent for equipment and pipeline of new system or after heavy repair. RXSOL-81-8154-210 is not affected by copper and ferric ions in water system.
Recommended Applications Corrosion Inhibitor for Metal Rust may be used for corrosion control and pretreatment of:
- Oil and gas production flowlines
- Carbon-steel pipelines
- Production vessels
- Gathering systems
- Separators and associated equipment
- Water-containing hydrocarbon systems
- Oilfield production facilities
- Storage and process equipment
- Process-water circulation systems
- Ferrous metal surfaces requiring corrosion-film pretreatment
Precautions
RXSOL-81-8154-210 Corrosion Inhibitor main characteristic feature is this product doesn't have non-emulsifying tendencies.
How does RXSOL Corrosion Inhibitor for Metal System work?
The active components adsorb onto the metal surface and form a protective organic film.
Metal surface → adsorption of inhibitor molecules → formation of protective film → reduced contact with corrosive media → reduced corrosion rate
The film acts as a barrier against water, dissolved oxygen and corrosive species while also providing surface protection under flowing conditions.