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Introduction to FRP Composites​

Introduction to FRP Composites

Fibre-reinforced polymer (FRP) composites are comprised of a reinforcing fibre in a polymer matrix. Most commonly, the reinforcing fibre is fiberglass, although high strength fibres such as aramid and carbon are used in advanced applications. This combination of plastic and reinforcement can produce some of the strongest materials for their weight that technology has ever developed.

FRP composites are incredibly versatile—it is possible to produce an endless variety of composites to meet the exact requirements of very specific applications. Designers and engineers can modify the physical and chemical characteristics of FRP by specifying different materials. For example, high glass fiber reinforcement structures produce maximum physical strengths; high resin content structures produce maximum chemical resistance. An engineer can specify the combination of the two materials to create a composites structure resulting in an optimum design.
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FRP composites may also contain fillers, additives, and core materials to modify and enhance the final product. FRP composites can also be engineered for additional attributes, such as light transmission, translucence, fluorescence, and conductivity.

About BFG

For over 40 years, BFG has been a global leader and pioneer in composite design, engineering and manufacturing, with over 2,000 people and 15 production facilities worldwide – and a total commitment to quality and innovation.
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  • Home
  • PRODUCTS
    • Building Envelopes
    • Building Facades
    • Primary Structural Roofs and Ceilings
    • Domes and Cupolas
    • Suspended Ceilings
    • Shading Elements and Screens
    • Interior Architectural Elements
    • Complex Formwork
    • Specialty Architectural Finishes
  • Projects
  • Materials
    • Introduction to composites >
      • What are composites
      • Fire safety performance
      • LEED certification
      • Sustainability and composites
      • History of composites
      • Famous architectural projects
    • Fiber Reinforced Plastic (FRP) >
      • Introduction to FRP Composites
      • Benefits of FRP composites
      • Materials Systems >
        • Matrix Reinforcements >
          • Aramids
          • Carbon fibre
          • E-Glass
          • S-Glass
        • Resin Systems >
          • Polyester Resins
          • Epoxy Resins
          • Phenolic Resins
          • Vinyl Ester Resins
        • Cores
      • Processing Technologies >
        • Open vs Closed Moulding
        • Contact moulding
        • Spray up
        • Light Resin Transfer Moulding (LRTM)
        • Resin Transfer Moulding (RTM)
        • Press moulding
        • Vacuum bagging
        • Vacuum Forming (Thermoforming)
        • Vacuum infusion
        • Sheet moulding compound (SMC)
      • Tooling and Pattern Making
      • Composites in architecture
    • Glass Reinforced Concrete (GRC) >
      • Introduction to GRC
      • Properties of GRC
      • Benefits of GRC
      • GRC in architecture
    • Ultra High Performance Concrete (UHPC) >
      • Introduction to UHPC
      • Benefits of UHPC
      • UHPC in architecture
  • About
    • About BFG
    • Media >
      • ​Media resources
      • Downloads
    • History
    • Certification
    • Careers
  • BFG GROUP
  • Contact