3200 TONS PRESS

1800 TONS PRESS

SQUARE

Side Max 230 mm

CIRCLE

Side Max 200 mm

RECTANGULAR

Length Max 400 mm with H Max 40 mm
Length Max 420 mm with H Max 25 mm

SQUARE

Side Max 115 mm

CIRCLE

Diameter Max 150 mm

RECTANGULAR

Length Max 200 mm With H MAX 40 mm
Length Max 220 mm With H MAX 10 mm

2 extrusion lines

1800 TONS PRESS from billets 7’, 178mm

3200 TONS PRESS from billets 10’, 254mm

Cooling systems:

nitrogen

air

water

2 profile ageing furnaces

2 matrix pre-heating furnaces

2 packaging lines

1 die cleaning system in caustic soda NaOH

Internal workshop for die correction

1 automatic visual check machine

A technical office and an internal die correction department guarantee the correct manufacturing and maintenance of a vast range of profiles from which to choose the one that best meets your application needs.

Thanks to our technical know-how and production skills we can provide a deep range of standard profiles in different sizes.

We can manufacture various trims for different means of transports such as trucks, trains and airplanes. We can also provide them as simple extruded products or as ready to use products depending on the client’s needs.

Round Tube Drawn

from Diam. 4 to Diam. 110 mm

Round Bar Drawn

from Diam. 5 to Diam. 65mm

Rectangular Bar Drawn

60×30 mm

4 bar drawing lines

1 coil drawing line

1 wire drawing line

1 ageing furnace for wire drawing

1 aging furnace for bar drawing

1 degreasing line

Round bars
Hexagonal bars
Rectangular bars
Square bars
Round tubes
Rectangular tubes
Square tubes
Profiles from drawings

Anodizing is a non spontaneous electro-chemical process, used to increase surface protection. The material goes through a real surface transformation process: the bare metal reacts with the oxygen developed during the electro-deposition process and forms aluminium oxide or alumina. The material layer created is variable (normally measuring 10 µm).

There are two types of anodic oxidation: thin and hard. Thin anodizing creates a variable layer going from 5 to 20 micron; the semi-hard or hard one creates a variable layer of between 20 and 30 micron. That layer can also have an aesthetic purpose, as it can be oxidized in different colours.

If you should want the anodised surface to shine, a polishing process can be added.

Extruded items can be powder or liquid varnished in a vast range of colours. Besides expanding finish varieties, this type of process ensures good resistance to corrosion, wear and UV rays.

This mechanical process creates a “scratched” effect on the surface, with more or less marked lines following the brush lines. This gives the surface a homogeneous (especially if brushing is fine), matt look and makes it slightly rough to the touch.

Sandblasting is a mechanical process which erodes the surface part of the profile. This is done using a jet or air and sand or a special grain. The end effect is a clean, homogeneous, matt surface.

Tumble finishing is used to remove substrata residue like filaments mechanically. The pieces are rolled and knocked about in a barrel (tumble) which can contain abrasive material shaped to speed up the operation. The process can also be done immersed in a liquid to prevent chemical attacks.

This mechanical or manual process polishes the surface of an object. It can normally precede the anodic polishing process.