“The optimization of foundry processess needs of a global vision of the process, where hundreds of correlated parameters affect the end result and the overall efficiency. However, any improvement process should be targeted by specific improvement objectives.”
The Iron Casting team develops #new materials, #control systems, technologies and processes that allow the manufacture of components with #enhanced properties and more #efficient industrial manufacturing processes. To this end, aspects such as: #metallurgical quality, #yield improvement, #savings in costs and raw materials, manufacturing technologies and #4.0 Industry or the #lead time of production and the feasability of new designs.
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Density change upon solidification of silicon cast irons
Amongst the possible defects that can appear during casting, voids due to solidification shrinkage is
On the crystallography of the Mg–Si–Al nitride nuclei and of the graphite/nitride interface in spheroidal graphite iron
The role of Mg–Si–Al nitrides in the nucleation of low-sulfur spheroidal graphite Fe–C–Si alloys has
Utilization of steel slag as mold material for green molding castings to minimize silica dust in foundry process
The feasibility of black steel slag as mold material in sand casting, either as full
Mechanisms of Formation of Degenerated Graphite in Lamellar Graphite Cast Iron
The final morphology of graphite and its effect on the physical and mechanical properties of
Optimization of ductile iron casting production by using advanced thermal analysis and simulation techniques
The use of advanced techniques to control cast iron manufacturing processes lead to important reductions
Pseudo-passive films on cast irons: A strategy to mitigate corrosion by acting directly on microstructure
The effect of the microstructure on the corrosion resistance of four grades of cast irons
The Effects of Holding Time in the Heating/Pouring Unit on the Metallurgical Quality of Spheroidal Graphite Iron
The metallurgical quality of a ductile iron is determined by the components of the metallic
Compact graphite iron’s real time manufacturing control by thermal analysis
This research work presents a real time nodularity control methodology by thermal analysis for compact
A new approach of casting simulation tools integrated in the production line
The use of numerical simulation tools in the foundry is absolutely extended and it has
Mechanical properties optimization of as-cast ausferritic ductile iron as a function of section size and holding time
The ADI family shows the best resistance ductility relationship of the ductile iron materials due
ENGINEERED COOLING® – As-cast ausferritic materials by means of controlled cooling
New materials ENGINEERED COOLING® As-cast ausferritic materials without posterior heat treatments Patented technology More information