NON-FERROUS ALLOYS
HEAT TREATMENTS

ALUMINIUM HEAT

TREATMENTS

Solubilization and artificial aging (T6): This group includes products which are not cold-worked after the thermal solubilization treatment and for which mechanical properties or dimensional stability, or both, are greatly improved by thermal precipitation treatment.

 

 

Solubilization and natural aging (T4); This group includes products not cold-worked after the thermal treatment of solubilization and for which the mechanical properties have been stabilized by aging at room temperature.

 

Solubilization and partial Aging (T64); This group includes products that undergo a heat treatment of solubilization and partial aging to improve cold formability.

 

Artificial aging on aluminium (T5); This group includes products not cold-worked after the hot forming process as casting or extrusion and for which the mechanical properties are greatly improved thanks to the thermal precipitation treatment.

 

Our facilities are also able to carry out annealing, recrystallization annealing, quenching, tempering and stress relieving on workpieces made by copper alloys for moulding or casting, also thanks to the aid of inert atmospheres furnaces.

BRASS

HEAT TREATMENTS

Dezincification annealing: Used to improve corrosion resistance by reducing the amount of residual beta phase in monophasic brass alloys. This treatment is generally performed on fittings for drinking water networks after hot forging. 

 

Stress relieving: Thermal cycle which has the purpose of conferring dimensional stability for subsequent mechanical processing.

MARKING

Often the parts with application in the automotive field require a very accurate traceability, for this reason the details are marked with certain codes that define the lot and processing. Thanks to our marking machine we have the possibility to quickly mark the pieces before or after the heat treatment ensuring maximum traceability of the details.

METALLOGRAPHIC

LABORATORY

Our laboratory has some of the most advanced materials analysis technologies. We are able to carry out hardness tests and micrographic analyses on different types of material, depth analysis of carburizing, residual ß phase analysis on brass and fracture analysis.

TRATTAMENTI TERMICI LEGHE NON FERROSE

TRATTAMENTI TERMICI ALLUMINIO

  • Solubilizzazione e Invecchiamento Artificiale (T6): Questo gruppo comprende prodotti non lavorati a freddo dopo il trattamento termico di solubilizzazione e per i quali le proprietà meccaniche o la stabilità dimensionale, o entrambi, sono notevolmente migliorate grazie al fenomeno di indurimento per precipitazione;
  • Solubilizzazione e Invecchiamento Naturale (T4): Questo gruppo comprende prodotti non lavorati a freddo dopo il trattamento termico di solubilizzazione e per i quali le proprietà meccaniche sono state stabilizzate dall’invecchiamento a temperatura ambiente;
  • Solubilizzazione e Invecchiamento parziale (T64): Questo gruppo comprende prodotti che subiscono un trattamento termico di solubilizzazione e invecchiamento parziale per migliorare la formabilità a freddo;
  • Invecchiamento Artificiale (T5): Questo gruppo comprende prodotti non lavorati a freddo dopo il processo di formatura a caldo come fusione o estrusione e per i quali le proprietà meccaniche sono notevolmente migliorate grazie al fenomeno di indurimento per precipitazione.

TRATTAMENTI TERMICI OTTONE

  • Ricottura di dezincificazione: Serve a migliorare la resistenza a corrosione riducendo la quantità di fase beta residua nelle leghe di ottone monofasiche.  Questo trattamento viene generalmente eseguito su raccordi per reti idriche potabili dopo lo stampaggio a caldo.
  • Distensione: Ciclo termico che ha lo scopo di conferire stabilità dimensionale per le successive lavorazioni meccaniche.

MARKING

Often the parts with application in the automotive field require a very accurate traceability, for this reason the details are marked with certain codes that define the lot and processing. Thanks to our marking machine we have the possibility to quickly mark the pieces before or after the heat treatment ensuring maximum traceability of the details.

METALLOGRAPHIC LABORATORY

Our laboratory has some of the most advanced materials analysis technologies. We are able to carry out hardness tests and micrographic analyses on different types of material, depth analysis of carburizing, residual ß phase analysis on brass and fracture analysis.

TRANSPORTS

At the request of the customer we provide pick-up and delivery services throughout the north and central Italy.

Thanks to our transportation  we are able to carry out transport with a maximum capacity of 30 tons, and we work with specialized transporters for every type of exceptional transport.