The Quality that sets us apart

The shape of Aluphoenix’s ingot made in Riese Pio X plant (IT) is the result of an accurate benchmark between the needs of European customers and the offer on the market.

The weight, size and shape are optimal for the use of the ingot both manually and through the use of forklift trucks.

The ergonomics of the ingot allow the piles to remain intact and to preserve the integrity and health of the handling staff.

The ingot is cast in gravity in a line made ad hoc to the highest technological and metallurgical levels of the industry. Aluminium is de-gassed and filtered in line.

The pouring phase of liquid aluminium, filtered and de-gassed, in the shell line, has been developed to avoid intra-crystalline oxidation and gas inclusions.

The free solidification surface of Aluphoenix’s ingots is characterized by its high cleanliness and absence of oxidation and spongy skin, and marks a metallurgical – qualitative benchmark in the market.


The aluminium alloys produced by Aluphoenix are used in all production processes of aluminium cast pieces in different casting techniques (shell, sand, low pressure, die casting, lost wax) and for various industrial sectors.

In particular, Aluphoenix distinguish itself in the market for the high quality of primary, hyper-pure and structural alloys which are increasingly used in high-tech sectors such as automotive, air and marine transport and renewable energies.


The plant

Thanks to the forty-years’ experience of the promoters, Aluphoenix developed melting furnaces which are innovative concerning the melting/alloying phase using an electromagnetic tool to alloy and drossing-off the melting bath, and concerning the reduction of the impact of the activities onto the environment thanks to filtering systems downstream the plant.

The use of innovative melting furnaces, of an alloying / treatment furnace in line provided with ceramic filters and nitrogen gas nozzles and of a peculiar dosing system of the molten aluminium into the forms, allow to obtain finely degassed ingots free from intra-crystalline oxidation and from foam onto the free solidification surface of the ingots.

Looking to the process, Aluphoenix alloys show high fluency when poured / injected into the moulds and can be easily cast. Looking to the cast at the end of the process, Aluphoenix alloys reduces the possibility of hot tears and oxide and/or gas inclusions to appear. The resulting casts show better mechanical features and superficial finishing.

Raw material

One of the strategic activities in which the company is constantly engaged, is the development of the supply chain at both European and non-European level.

In this regard, Aluphoenix Srl is accredited as an importer by ECHA (European Chemical Agency).

According to the type of alloy, the company uses raw materials from electrolytic processes with high purity produced by primary international partners, “post industrial scraps” and “post consumer scraps” ready-to-use, prepared by European partners specialized in the different cold treatment processes of waste.

The company uses just-in-time and kanban methods to manage the raw material.

The wide use of IT tools also in the management of the raw material, allows its constant traceability from the entry into the warehouse and to its use in the production process.

Stacks and Packaging

The forming line of the stacks has been designed and developed according to the logic of lean manufacturing, and allows to realize automatically different types of stacks most wanted on the market:

  1. Single stack of different heights
  2. Double stacks
  3. Stacks with internal or external feet

The line is fully IT-integrated with the company’s ERP software and allows to identify and pack the stacks according to the specifications of each customer.

The stacks are tied with two (2) high-strength plastic straps on the grip side of the forklift truck.

They are identified by a yellow weather resistant label, which reports the number and weight of the individual stacks and other information requested by customers, such as those necessary for its traceability.

On Customer’s request, the stacks can be protected by a heat-shrinkable nylon.

Type and dimensions of stack

Packaging EU  Directive 852_2018


Aluphoenix is able to produce customised aluminium alloys in accordance with the technical specifications requested by the customer.

Aluphoenix produces alloys in accordance with the following technical specifications:

  • EN 1676 – European Standard for aluminium alloy castings used in the production of castings complying with EN 1706;
  • EN 601 – Standard specifying the chemical composition of food-contact cast pieces;
  • ISO 17615 – International Standard for aluminium alloy castings used in the production of castings comply with ISO 3522;
  • ASTM 179-14 – American Standars for recast of aluminium alloy ingots used for the production of cast pieces with all casting processes;
  • JIS H 2211 – Japanese Standard for Aluminum Casting Pieces used in the Production of JIS H 2502 Compliant Castings.

Alloys conforming to substituted standards are also produced at the customer’s request, such as:

  • Italian Standards UNI 3039; 3040; 3041; 3042; 3043; 3044; 3045; 3046; 3048; 3050; 3051; 3052; 3054; 3055; 3056; 3057; 3058; 3059; 3599; 3600; 3601; 3602; 4513; 5073; 5074; 5075; 5076; 5077; 5079; 5080; 6250; 6251; 6252; 6253; 7363; 7369; 7963; 7964; 7369; 8024; 10430;
  • the replaced German standards DIN 1725;
  • the replaces French standards NF A57-702;
  • the English standards BS 1490.

EN 1676 e EN 1706

The standard EN 1676, “Aluminium and aluminium alloys – Aluminium alloy ingots for remelting”, defines the quality requirements for aluminium alloy ingots for remelting.

In addition, the standard defines the classification, designations and chemical compositions of aluminium alloys for remelting.

Standard EN 1706, “Aluminium and aluminium alloys – Castings – Chemical Composition and Mechanical Properties”, specifies the limits of the chemical composition of castings and the mechanical properties of separately cast samples.

EN AB 21000 – Al Cu4MgTi
EN AB 21100 – Al Cu4Ti
EN AB 21200 – Al Cu4MnMg
EN AB 41000 – Al Si2MgTi
EN AB 42000 – Al Si7Mg
EN AB 42100 – AlSi7Mg0.3
EN AB 42200 – AlSi7Mg0.6
EN AB 42300 – AlSi7(Mg)
EN AB 42400 – AlSi7MnMgb
EN AB 43000 – Al Si10Mg
EN AB 43100 – Al Si10Mgb
EN AB 43200 – Al Si10Mg(Cu)
EN AB 43300 – Al Si9Mg
EN AB 43400 – Al Si10Mg(Fe)
EN AB 43500 – Al Si10MnMgb
EN AB 44000 – Al Si11
EN AB 44100 – Al Si12(b)
EN AB 44200 – Al Si12(a)
EN AB 44300 – Al Si12(Fe)(a)
EN AB 44400 – Al Si9
EN AB 44500 – Al Si12(Fe)(b)
EN AB 44600 – Al Si10Mnb
EN AB 45000 – Al Si6Cu4
EN AB 45100 – Al Si5Cu3Mg
EN AB 45300 – Al Si5Cu1Mg
EN AB 45400 – Al Si5Cu3
EN AB 45500 – Al Si7Cu0.5Mg
EN AB 45600 – Al Si7Cu1Mg0.6
EN AB 46000 – Al Si9Cu3(Fe)
EN AB 46100 – Al Si11Cu2(Fe)
EN AB 46200 – Al Si8Cu3
EN AB 46300 – Al Si7Cu3Mg
EN AB 46400 – Al Si9Cu1Mg
EN AB 46500 – Al Si9Cu3(Fe)(Zn)
EN AB 46600 – Al Si7Cu2
EN AB 47000 – Al Si12(Cu)
EN AB 47100 – Al Si12Cu1(Fe)
EN AB 47200 – Al Si12(Fe)
EN AB 48000 – Al Si12CuMgNi
EN AB 48100 – Al Si17Cu4Mg
EN AB 48200 – Al Si15Cu3MgFe
EN AB 51100 – Al Mg3
EN AB 51200 – Al Mg9
EN AB 51300 – Al Mg5
EN AB 51400 – Al Mg5(Si)
EN AB 51500 – Al Mg5Si2Mn
EN AB 71100 – Al Zn10Si8Mg


Selection of Aluphoenix’s special alloys