Cm352 Corrosion Inhibitor [2025]

Calcium chloride or glycol brines used in ice rinks and food processing are highly corrosive. Adding CM352 extends equipment life by 300–500% compared to untreated brine.

Keep track of water parameters like pH, conductivity, and corrosion rate (using corrosion coupons or electronic probes) to verify the performance of the inhibitor. Conclusion

Refer to Figure 3. * Be sure the bolt heads, spring pins, and bolt wells are completely. covered with corrosion inhibitor CM352. * HC-SL-61-364 - SERVICE LETTER

CM352 is a highly formulated, multi-metal corrosion inhibitor designed primarily for closed-loop cooling systems, heating networks, and process water environments. It blends specialized organic and inorganic compounds to create a robust defensive barrier on metal surfaces. cm352 corrosion inhibitor

Understanding the CM352 Corrosion Inhibitor: A Guide for Aviation and Industry

Before introducing CM352, heavily fouled systems should be flushed to remove existing rust, biological slime, and mill scale. This ensures the inhibitor can directly bond with the bare metal.

Hydronic heating systems (hot water boilers) and chilled water loops are prone to dissolved oxygen ingress. CM352 excels here because it tolerates stagnant conditions. Typical dosage rates range from 500 to 1500 ppm, depending on water hardness and system age. Calcium chloride or glycol brines used in ice

The application of CM352 is not a blanket coating but a precise, targeted process. The primary areas that require coverage include:

: Applied to prevent corrosion on steel counterweights, which are critical for the mechanical balance and operation of the propeller assembly. Target Areas : Specific application points include bolt heads spring pins bolt wells Service Intervals

: Re-application is typically recommended at regularly scheduled intervals, often aligned with the propeller's lubrication schedule Hartzell Propeller How to Apply CM352 Correctly According to aviation Service Letters , the application process is precise: Preparation Conclusion Refer to Figure 3

Elevated metal counts in water samples indicate active corrosion.

Are there any unique (like high salinity or hard water)?