LEGIPOL combines tradition and innovation, state-of-the-art machines and process technologies paired with precise and unique craftsmanship, the highest quality standards and permanently tested production standards. As a series, variant and customised manufacturer, it is our personal concern to produce products of outstanding quality while maintaining the unique selling points of our customers.
We utilise new technologies because they bring the greatest benefit to our customers. This is our fundamental goal and working principle: every innovation or process improvement we make is aimed at providing our customers with an ever better product: a fence with better technical properties, greater resistance, more interesting aesthetics or greater customisation options.
The technologies we use include:


This method offers very durable, weatherproof protection. The workpiece is immersed in a bath filled with molten zinc at a temperature of 450 °C. The metals melt at the interface between the steel and zinc, forming a resistant anti-corrosion layer. In addition, the decomposition products of the zinc form a poorly soluble and chemically resistant layer on the surface on contact with the air, which passivates the fence surface and slows down its oxidation process.

Extremely long service life
Used in combination with paint for exceptional durability
High resistance to mechanical damage
Thickness of the coating: 70μm


Galvanisation is carried out using an electrolysis process. The surface of the fence is degreased and immersed in an electrolytic bath, allowing the steel mould to be coated with a precise and smooth layer of zinc. A chromium passivation layer is also applied to the galvanised mesh panels to provide the zinc with additional protection against oxidation.

Aesthetics due to the very smooth surface
Thickness of the coating: 7μm


Thanks to electrostatics, the component to be painted is coated with a powder in the selected colour and heated to a high temperature at which the powder melts and polymerises. Unlike wet painting, powder coating does not release any harmful solvents into the atmosphere. Importantly, the powder that has not settled on the material can be reused in the next cycle. The coating is resistant to corrosion, chemicals, heat and mechanical damage.

Resistance to external weather influences
Corrosion protection while retaining colour fastness
TGIC-free coatings (triglycidyl isocyanurate)
Possibility of using an epoxy primer
Layer thickness approx. 100 µm