Zinc flake coating
The corrosion protection
for your components

How does a zinc flake coating protect against corrosion?

A zinc flake coating is the selfless saviour that stands protectively in front of your steel components when corrosion threatens.

What sounds like a chivalrous fairy tale is a classic type of cathodic corrosion protection: As a less noble metal, that sacrifices itself when environmental influences cause corrosion. The protective layer of aluminium and zinc is thus gradually removed, while the substance of your component remains untouched. It still fulfils its requirements like on the first day, even after a long time in difficult environments.

Zinc
flace
in detail

Zinc flace in detail

A zinc flake coating consists of countless microscopically small zinc and aluminium flakes that are tightly wrapped around your component. With an inorganic matrix as a bonding element, they form a wafer-thin protective layer that defends your component like a fortress.

The advantages of a zinc flake coating

No hydrogen embrittlement
No hydrogen embrittlement
If hydrogen atoms penetrate the metal lattice of steel, there is a risk of hydrogen-induced embrittlement - in short: hydrogen embrittlement. The steel component loses many of its properties as a result; material fatigue occurs. To prevent this, your component is gently prepared for the zinc flake coating process. Instead of pickling the component, it is degreased and phosphated or blasted. No hydrogen is released during the entire coating process for a zinc flake coating.
Good electrical conductivity
Good electrical conductivity
A zinc flake coating is not applied electrolytically. Even with corrosion protection, your component retains its electrical conductivity.
Durable corrosion protection
Durable corrosion protection
Properly applied, a zinc flake coating withstands the salt spray test for up to 2,000 hours. This provides your component with long-lasting protection against corrosion and thus helps to reduce costs due to material failure.
Very low layer thickness
Very low layer thickness
The zinc flake overcoat effectively protects against corrosion even with a layer thickness of less than 15 μm. This makes it the ideal rust protection solution, especially for shape-sensitive components. Even with metric threaded parts, compliance with the tolerances according to DIN ISO 965 is possible.
No infiltration of the coating
No infiltration of the coating
In contrast to a passive rust protection layer, rust cannot find a loophole in a zinc flake coating: infiltration of the protective layer is not possible.
Resistance to chemicals
Resistance to chemicals
A zinc flake coating often consists of several layers. It is possible to adjust the upper layer - the topcoat - individually to the requirements and the environment of your component. As a result, the rust protection remains sustainable even in the case of particularly aggressive environmental influences.
Individualised colouring is possible
Individualised colouring is possible
When applying the upper layer of the zinc flake coating - the topcoat - individualised colouring is possible. In this way, your component also visually meets the required demands.

Benefit from all the advantages of a zinc flake coating with microcor from EOT

Individually tailored to your requirements

In order for you to benefit from all the advantages of zinc flake coating for your component, the coating process must be individually adapted to your requirements. Only if all process steps of the coating from pre-treatment to drying are optimally coordinated with each other, you will get the best corrosion protection.

That is why all process steps in microcor zinc flake coating are precisely tailored to your product.

Contact
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Do you have questions, concerns or would you like to plan your corrosion protection requirements? Here you can also go directly to your contact person.

Eibach Oberflächentechnik GmbH
Golsberger Str. 3
D-58513 Lüdenscheid

+49 2351 9546-0
+49 2351 9546-99
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