Gradina Cink – Permanent protection by galvanisZing
State-of-the-art technology and top-quality service
Welcome
Gradina Cink d.o.o. is a company engaged in anti-corrosion protection of metals using the technology of high-temperature centrifugal hot dip galvaniszing and dip galvaniszing.
The company was founded in 2020 in Belgrade and began its work with the construction of a factory in Nova Pazova. We have a unique automated line where continuous quality can be achieved for various parts that require long-term exposure to atmospheric influences.
Hot dip galvaniszing protection provides excellent anti-corrosion properties, mainly of steel, throughout the product’s entire life, which still sets this type of protection apart as unsurpassed.
Our Services
Our state-of-the-art automated high-temperature centrifugal hot dip galvaniszing and hot – dip galvanising line has a capacity of 8000 t.
We perform the hot dip galvaniszing process according to EN ISO 1461 and EN ISO 14713 (1-2) standards.
The entire technological process takes place in closed chambers with purification systems in line with the most demanding standards in the field of environmental protection.
High-temperature centrifugal hot dip galvaniszing
High-temperature centrifugal hot dip galvaniszing technology is excellent for surface protection of iron and steel castings and industrial forgings.
Hot dip galvaniszing
Products that are galvaniszed by applying this process are fences, pipes, smaller steel structures, threaded rods, etc.
Caring for ecology
Gradina Cink applies BAT (Best Available Techniques) in its operations. BAT represents the most effective and advanced techniques, processes and practices that are available and economically feasible to reduce emissions of pollutants, protect natural resources and preserve the environment, taking into account technical, economic and other relevant factors.
It is also worth mentioning that no wastewater is generated during all stages of the hot galvanising process. After the end of their useful life, new liquids are formed through the chemical preparation of the elements, and the used liquids and resulting sludge are shipped to authorised operators. Most of this waste is recycled, and acids are regenerated by special methods and systems.
