Semi-industrial foundry pilot plant for the development of non-ferrous castings and nano-enabled materials comprising all the equipment and technical resources required to develop and validate non-ferrous alloys and prototypes including the design, development, casting and chemical characterization, modelling and simulation software, sand casting, gravity casting, HPDC and technologies to handle, incorporate and disperse nanoadditives to castings. Sensoring and data caption tools, electrical and induction furnaces for castings of 1-200 Kgs of non-ferrous alloys.
Design and development of materials
Manufacturing processes
Materials and processes in Circular Economy
Auxiliar componentes for advanced non-ferreous castings and nano-enabled multifuctional materials pilot plant
- Inmersión and optical thermocouples for tempearature control and register.
- Degassing and mixing ultrasonic equipment
- Mechanical degassing equipment
- Mechanical mixing and dousing equipment
- Semi solid alloys equipment
- Thermal treatment furnaces up to 1000ºC
Design and modelling software
Software for the design of new alloys and casting process modelling.
- Computherm
- NX
- PROCAST
Fully automatized HPDC cellule
Fully automatized HPDC cellule with a Pretransa 950t HPDC machine with new parameters monitoring and resitering system for the control of around 70 parameters of the cellule. Vacuum equipment and valves (40 m3/h and 350litres). HPDC sensorized test moulds.
Induction furnaces with capacity of melt from 1-600Kg of non-ferreous alloys
Induction tilting furnaces with melting capacity from 1-600kg of non-ferrous alloys.
- Induction furnace 50kW for 1-20Kg of aluminim melting
- Induction furnace 300kw up to 600Kg of aluminium melting
Resistance melting furnaces for non-ferrous alloys
Resistance melting furnaces from 80-600kg aluminium.
- Resistance tilting TP furnace with 80Kg liquid aluminium capacity
- Resistance DUGOPA furnace with 600kg liquid aluminium capacity.
- Melting and pouring furnace for magnesium with 300kg capacity
Software for acquisition and treatment of data of different casting processes. Automated and sensorised dies and HPDC equipment.
Ancillary equipment and software for the validation of materials and processes. Chemical analysis by spark spectroscopy, metallurgical and mechanical characterization, analysis of melting, filling and feeding and solidification aspects. DTA.
Conventional and innovative Al, Mg Cu and Zn alloys and their composites can be produced and validated through the production of samples and prototypes with the furnaces and casting equipment available in the semindustrial foundry plant.
HPDC equipment suitable for aluminium and magnesium alloys. HPDC test dies to obtain prototypes and test bars. Small to medium batch series for die makers and foundries to homologate the dies and produced parts.
Technical resources and foundry technologies for handling and casting advanced non-ferrous metals including reactive metals and alloys incorporating nanoreinforcements.