Composite Materials ?

Definition

The assembly of 2 non-miscible bodies of different structure, whose individual qualities combine and complement each other in order to offer a hetero-geneous substance whose overall performance is improved.

  • Carbon fibre as a reinforcement to fight against mechanical restrictions.
  • Epoxy resin as a binder which allows shaping

Force study

By studying exterior forces, we can modify the behaviour of our material : Stiffness/ flexibility or spring effect, thereby meeting the specific needs of the apparatus.

Use of the property known as anisotropy (unidirectional mechanical resistance of the material). By studying the different forces, this property allows us to orientate the fibres according to exterior constraints, leading to a saving in material.

This characteristic enables the greatest saving in weight.

Fibre Texalium Mixe fibre Carbone et fibre teintée en gris Tissu Taffetas carbone Tissu carbone sergé
Comparatif entre les différents matériaux

Rigidity

  • HM carbon/Epoxy : 1 (reference)
  • HR carbon/Epoxy : 1,5 x less rigid
  • Glass/Epoxy : 7,1 x less rigid
  • Aluminium : 8,5 x less rigid
  • Steel : 22,6 x less rigid

Our technology

  • Contact impregnation, pre-impregnated fibre
  • Manufacture in a vacuum at 0.9 bar/p atm
  • Conservation of the fibres at -18°c
  • Steam firing