A common threat to aircraft exterior maintenance for aviation is corrosion where metals are constantly exposed to the harsh environment of flying in the sky. Excessive corrosion can ruin your plane, damaging its structural integrity and making it highly unsafe for flight. On top of that, it can also decrease the value of your aircraft. Therefore, choosing the right corrosion inhibitor will prevent corrosion from happening in the first place. Once rusted and corroded, the metallic parts or systems can’t be used and pose risks, and hence developing corrosion resistance in any product, part, or system is extremely crucial for its proper functioning. So it’s important to keep the metallic part of the aircraft from corroding in the first place.
2. What is Corrosion
Inhibitor?
A corrosion inhibitor is a chemical
that prevents or reduces the impact
of corrosion on exposed metallic
surfaces caused by the harsh
environment by creating a layer of
water or acids in specific
concentrations to form a film or
coating.
3. Which Corrosion
Inhibitor to Use?
It’s important to know which inhibitor to use because
there are four types of inhibitors to choose from. Each
is only effective in their respective reaction to the
corrosion. These 4 types are:
• Anodic Inhibitors
• Cathodic Inhibitors
• Mixed Inhibitors
• Volatile Corrosion Inhibitors (VCI)
4. Don’t Know How?
If you face trouble deciding between the four corrosion
inhibitors, ask yourself these questions:
• What type of material will the application
be used on?
• What type of environment will the
surface go through on a daily basis?
• Would the surface need chemical
resistance after the inhibitor has been
applied?
• Is my priority durability, convenience, or
low environmental impact?
• Do you need the corrosion protection
to last short-term or long-term ?
5. Still Not Sure How?
Request a professional consultant to
help you understand your situation
and get the right corrosion inhibitor
for your application by clicking on
the link in the description.