Products

Innovative Materials to shape your industry 

Aeronautical Service Materials are Nano-Composite-Materials with unique characteristics, compared, inter alia, to other Composites. For example  Ceramic Matrix, Epoxy Matrix, and the like. The Nano-Composite-Materials are fully tested and characterized, being ready for industrial use.

They are designed to produce custom-made components, being incredibly flexible and thus can be shaped into incredible designs of various dimensions. That being the case they can be  engineered to produce light, resistant, structural products with High Temperature Tolerances with Sound-absorbing/EMC-Shield characteristics.

The Materials

  • Can be shaped  all in one
  • Combination of features

The qualities of each material

On the market

An advanced nano-composite material at a competitive price, which has been authorized for export.

Business Cases: when materials are critical for evolution

Two main ingredients in every field of industrial technological  development:

Electronics
Materials

Through the use of its innovative materials, AS is able to promote radical changes in industrial products. Both in very demanding sectors in terms of products certification - like aerospace - and in very competitive sectors - like automotive -

Possible use of AS Nanotech for Aeronautical Applications 

Electromagnetic shield

Nano-material for EMI Shielding:

  • ES capability as Al alloy
  • Ideal for Distribution box and Electronic equipment

Sound absorbing

Nano-material for sound- absorbing:

  • High absorption capability over the whole band
  • Structural
  • Fire-resistant (if needed)
  • Ideal for interior’s comfort and safety

High temperature

Nano-material for High-Temperature:

  • Fire-resistant (up to 1200°C)
  • compliant to ISO 2685
  • Low density (1.250 kg/m3)

Suitable for:

  • Fuselage
  • Tail cone
  • Interiors
  • Engine Ducts
  • Nacelles
  • Bleed ducts
  • Battery Containers

More Industries: light and sturdy structures with additional qualities

Shipbuilding

  • High Temperature shielding & Sound Absorbing

Automotive

  • Brakes system
  • Compressor area
  • Exhaust pipe
  • Chassis
  • Battery protection in electric cars

Space

  • Electromagnetic shield
  • High temperature

Rail

  • Structural
  • Fire-resistant (up to 1200°C)
  • Light weight
  • Sound absorbing

Suitable for Carbodies, Floors, Interiors, Axles

Building

  • Fire protection floors, walls and doors
  • Low temperature conductivity

Experience: Studies, prototypes, applications

  • Study for nano-structured Composite Material to substitute titanium alloy for an APU compartment component and for fire proof fuselage
  • Study  and prototype of nano-structured Composite Material Bleed Duct for Commercial Aircraft
  • Engineering & Prototype of High Speed Train Connecting Plate
  • Engineering & Prototype of Nano-structured Carbon Composite Muffler Prototype for Super Car
  • Engineering & Prototype of Nano-structured Carbon Composite Exhaust Terminal Prototype For Supercar
  • Engineering & Prototype of Innovative Brake Thermal Insulation Solutions for Race Cars
  • Material Qualification Campaign by Major Helicopter Producer
  • Production of High quality Composite Radar Antenna
  • Engineering & Production of CFC Pylon for Military Aircraft
  • Engineering & Production of Carbon Fibre Pintle Mount  for helicoper
  • Prototype & Test of Composite Helicopter’s Engine Ducts
  • Multifunctional nanostructured CFC Rear Sliding Cowling Concept & Prototype
  • Engineering & Production of Modular Advanced Remotely controlled Lightweight Naval Weapon Station
  • Engineering & Production of Missile Launcher SCLAR H
  • Engineering & Production of Integral Shield for 76/62 Naval Gun
  • Engineering & Production of Electronic box in CFC (Eurofighter)
  • Engineering & Production of Exhaust Panel Engine Cover
  • Engineering & Production of Multifunctional nanostructured CFC - KERS Cover for F1 Team

Technologies, processes and materials for innovative platforms