Regular water analysis should be performed to check the concentration of the inhibitor and monitor iron/copper levels in the water. Conclusion
Maintaining the correct "residual" level of CM352 is vital. Under-dosing leaves areas vulnerable, while over-dosing is uneconomical.
It blocks the active sites where metal atoms lose electrons and dissolve into the fluid.
Result : After 24 months, there was zero pitting on the treated surfaces. Pump MTBF (Mean Time Between Failures) increased from 6 months to 27 months, saving the plant approximately $180,000 in replacement parts and labor.
Are you currently experiencing pitting or general wall loss in your system? Contact your chemical vendor to request a compatibility trial of CM352 today. cm352 corrosion inhibitor
: Manufacturers recommend periodic re-application at regular service intervals, often aligning with standard propeller lubrication schedules.
Upon introduction into an aqueous system, CM352 rapidly migrates to the anode sites on the metal surface (where oxidation and metal loss occur). The polar heads of the inhibitor molecules adsorb onto the metal lattice, forming a durable, monomolecular film. This film increases the electrical resistance of the anode, effectively halting the dissolution of metal ions into the water.
Used in "downhole" applications or pipelines to prevent CO2 and H2S related corrosion. Best Practices for Application
Typical properties
Pay close attention to recessed areas, thread interfaces, and pin housings.
It maintains stability across intense thermal fluctuations, ranging from sub-zero high-altitude environments to high-friction surface heat.
What is the (e.g., crude oil pipeline, glycol loop, cooling tower) you are treating?
For facility managers looking to extend the life of their assets and reduce downtime, CM352 is a solution that deserves a closer look. Regular water analysis should be performed to check
Once the metal is clean and dry, apply a uniform layer of CM352 corrosion inhibitor to all bare or treated steel surfaces.
The most prominent application of CM352 is within the assembly and scheduled maintenance of aircraft propeller systems.
Analysis of Properties, Mechanism, and Application of CM352 Corrosion Inhibitor Date: October 26, 2023 Prepared For: Technical Operations / Engineering Management
is an aviation-grade corrosion inhibitor primarily used in the maintenance and assembly of aircraft propellers. Usage and Application It blocks the active sites where metal atoms
CM352 corrosion inhibitor has a wide range of applications across various industries, including: