In aviation maintenance, consumables are highly regulated and given unique material codes to prevent technicians from utilizing unapproved alternatives. Under the Hartzell nomenclature system, is the specific designation for a specialized corrosion-preventative compound.
serves this purpose by creating a protective waxy film that seals out moisture, oxygen, and other corrosive agents, preventing the electrochemical reaction that leads to rust. Features of Ambro-Sol Z352 Inox Spray
Perform a final flash-dry wipe down to ensure zero oily residue remains. Surface must be completely dry before applying CM352. corrosion inhibitor cm352 portable
Once applied, verifying that the inhibitor has successfully migrated to the depth of the rebar—and remains at an effective concentration—is historically difficult. Destructive testing, such as drilling core samples for laboratory chemical analysis, is time-consuming, expensive, and structurally invasive. Portable electronic meters solve this dilemma by offering rapid, non-destructive onsite verification. What is the CM352 Portable Meter?
The "CM352" designation acts as an internal material identification code within aerospace component manufacturing—most notably utilized by Hartzell Propeller Inc. . The fluid functions primarily as a barrier film and moisture-displacing inhibitor, categorized within global aviation maintenance supplies alongside products distributed by specialized vendors like PB Aviation Parts . Features of Ambro-Sol Z352 Inox Spray Perform a
The CM352 Portable Corrosion Inhibitor bridges the gap between heavy-duty industrial preservation and field-friendly usability. Its strength lies in delivering reliable, multi-metal protection without the need for permanent equipment. For engineers and maintenance professionals working across remote or rotating assets, the portable CM352 system offers a practical, cost-effective solution for preventing rust during transport, downtime, or emergency repair situations.
Avoid aggressive grinding; do not alter the weight or profile of the component. Destructive testing, such as drilling core samples for
are excellent resources for sourcing approved aviation anti-corrosion treatments.
Using a portable aerosol system or precision applicator brush, apply an even coat of CM352 over the entire bare surface. Pay close attention to recessed side walls, bolt heads, and crevices where moisture accumulates naturally. 5. Curing and Flash-off
: Rechargeable Lithium-ion battery providing up to 24 hours of continuous field operation. 4. Step-by-Step Field Operation Workflow
: Aviation technicians are cautioned not to apply CM352 onto ice protection system components, such as terminal strips or de-ice boots, as it may interfere with their operation. HC-SL-61-364 - SERVICE LETTER