- After galvanizing the surface is rough, so paint bonds to it very well and no additional surface preparation for painting is needed.
- There is no need to drill holes in closed structures to release trapped gases.
- After galvanizing the surface is fully ready for painting; there is no need to remove uneven runs of zinc.
- Better anti-corrosion properties.
- Suitable for anodic protection.
- Excellent resistance to mechanical loads.
- Service life is proportional to the coating thickness (where no top coat is used).
- A thin 25 micron zinc layer gives excellent protection to small parts such as bolts and nuts. This means a zinc coating is recommended where cost has to be kept to a minimum.
- Even in the most aggressive environments, including chemically aggressive ones, these coatings last significantly longer than painted surfaces.
- They contain no organic components that could affect stored products such as oil or oil derivatives.
- They have a naturally multi-layered surface with 10–20 % roughness by volume. This matters when creating complex combined surfaces, for example in heating and refrigeration equipment where both anti-corrosion and thermophysical properties are important.
- They have notable plastic and shrinkage properties.
- Unique surface self-healing properties after mechanical damage.
- A very long service period, comparable to the service life of the product itself.
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