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  • University Of Amsterdam, Netherlands

University Of Amsterdam, Netherlands

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Project: External and internal decorative cladding
Location: University of Amsterdam, Amsterdam Science Park, Netherlands

Client: Sorba Projects, Amsterdam
Architect: Architecture Studio HH, MVSA, Rudy Uytenhaak Architectenbureau
Engineering Consultants: Rudy Uytenhaak / MVSA Architects
​Main Contractor: Sorba Handover: 2007

​To give the development of the University of Amsterdam’s Faculty of Science (FNWI) on the new Amsterdam Science Park real stand-out quality, the architects devised a unique interior and exterior design concept. Thousands of FRP composite cladding panels would bear a 3D effect showing countless circles in relief, combining to form a pixelated pattern.

Realising the architect’s vision, BFG engineered and delivered 4774m2 of moulded composite panels, each carrying a raised pattern of black burls which are an abstract representation of microscopic skin cells. In all, 2970 high gloss composite panels measuring 2 x 1.2m were created, each one light, weather resistant, easy to install - and delivering high levels fire retardance.
​
Fabricated using RTM moulding, the two colour pixel design was manufactured as an integral part of the cladding, with a special process of dual gelcoating on the pixelated areas, meaning that no additional painting was required.

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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
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