COMPOSITES

COMPOSITES

Composite materials have the following characteristics:

  • they consist of two or more materials of different kinds;
  • almost two of these materials have different physical properties “sufficiently” different from one another,  to impart different properties to the composite from those of the constituents.

To obtain a composite with high mechanical resistance is essential, in addition to the use of fiber-resistant, ensuring good adhesion between the matrix and the reinforcement.

The reinforcements used in polymer matrix composites are glass, carbon and fibers.

There are several production process of composite materials . The most popular are:

  1. manual drafting
  2. resin transfer molding (RTM)
  3. filament winding
  4. pultrusion
  5. vacuum infusion
  6. centrifugal casting
  7. Closed molding compounds process
  8. autoclave molding

Find out more about COMPOSITES

COMPOSITES
  • > GRAVICOL
  • > With fiber
  • > Without fiber

Bonding Pastes

COMPOSITES
  • > THERMACLEAN

Cleaning Agents

COMPOSITES
  • > Aircraft homologate
  • > BMC Arc ablation
  • > BMC Chemical resistance
  • > BMC Conductive
  • > BMC Fire retardancy
  • . . .

Compounds

COMPOSITES
  • > ARMORCOTE
  • > ARMORFLEX
  • > ARMORGUARD
  • > BATHCOTE
  • > EPOVIA
  • . . .

Gelcoats

COMPOSITES
  • > Low profile and low shrink additives
  • > Tooling System

Low profile, low shrink additives and tooling system

COMPOSITES
  • > BR ORTHO
  • > DCPD
  • > ISO
  • > ISO FLAME RETARDANT
  • > ISO-DCPD
  • . . .

UPR

COMPOSITES
  • > BR VINYL ESTER
  • > TOUGHENED VINYLESTER
  • > VE - DCPD
  • > VE - ORTHO
  • > VINYLESTER

VE

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