CAST IRON PRODUCTION BY GIENANTH
With our competency and our technological edge, Gienanth has been supporting the customers development and is producing precision product solution in machine and manual molding for decades. Whether large series or individual parts using core packages, polystyrene models as well as 3D printed cores - Gienanth is flexible and able to meet all requirements as economically as possible. Our success is based on committed employees who are glad to overcome new challenges.
To meet local needs all over the world, we not only produce in our main plants in the heart of Europe, but we also work with local strategic market leaders as partners in India and the USA. This production network allows for flexibility in providing the proven Gienanth quality, which can be ensured locally on site.
MELT SHOP
The state-of-the-art melt shops at both sites have a total yearly capacity of more than 350,000 tons of fluid. The base materials we use include pig iron, steel scrap, cast iron scrap, and recycled materials. Electricity and coke are the energy sources. The starting material for the primary molding process is checked continuously for composition using analyses.
In addition, our automated magnesium wire treatment with a digital forklift control system is considered unique worldwide. The technology enables maximum process reliability and optimal quality for our hand-mold and machine-mold castings.
PRODUCTION TECHNOLOGY
The individual production begins in the consulting and development phases and not just with the first cast iron part. When our design engineers determine which cores can be reused several times, they do so in order to exactly produce your cast parts even more economically.
This is what we mean by advice that begins with listening carefully. We adopt your requirements and incorporate our experience right from the start. With the help of modern IT-based processes such as the solidification simulation, we optimize the production of each and every cast part.
We are motivated by your success.
