Epoxy resin T20-60 (EP-CF)

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Description

T20-60 is a two-part low viscosity epoxy infusion carbon fiber reinforced resin developed for mass CFRP production. The resin offers simple and flexible processing due to low viscosity and room temperature impregnation. T20-60 was developed specially for vacuum infusion molding, to produce laminates with low porosity and optimal mechanical performance. It shows the following features and properties:


  • Two-part resin system for vacuum infusion and RTM
  • Wide processing window > 2 hours at 25°C
  • Curing at room temperature
  • Low exotherm
  • High crack resistance
  • Optimal price/quality ratio
  • Diese Materialdaten wurden von Matmatch zur Verfügung gestellt

    Alle Daten beziehen sich auf Raumtemperatur soweit nicht anderweitig spezifiziert. SI Einheiten werden verwendt soweit nicht anderweitig spezifiziert.
    Äquivalente Standards sind ähnlich zu einem oder mehreren Standards die der Anbieter angegeben hat. Manche äquivalente Standards können strikter sein oder außerhalb der Bedingungen des ursprünglichen Standards.

    Ashby charts

    Eigenschaften

    Mechanisch

    PropertyTemperatureValueComment

    Druckfestigkeit

    25.0 °C

    583 MPa

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    ASTM D6641

    80.0 °C

    460 MPa

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    ASTM D6641

    Elastizitätsmodul

    23.0 °C

    61 GPa

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    ASTM D3039

    Kompressionsmodul

    25.0 °C

    61 MPa

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    ASTM D695

    80.0 °C

    56 MPa

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    ASTM D695

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    Shear modulus, G₁₂

    25.0 °C

    4.1 GPa

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    ASTM D5379

    80.0 °C

    2.5 GPa

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    ASTM D5379

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    Shear strength, τ₁₂

    25.0 °C

    110 MPa

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    80.0 °C

    56 MPa

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    Shear strength, τ₁₃

    25.0 °C

    58 MPa

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    ASTM D2344

    80.0 °C

    36 MPa

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    ASTM D2344

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    Zugfestigkeit

    23.0 °C

    777 MPa

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    ASTM D3039

    Technological properties

    Property
    Application areas

    Marine: The shells of boats and sport catamarans can be made of composite;Car tuning: The composite material provides solutions for automotive parts to be light-weighted, stylish and aesthetic;Wind energy: Wind turbines is usually made of carbon fiber plastic;Design;Room temperature tooling;High-pressure cylinders

    Processing history

    Samples for testing were obtained by vacuum infusion based on T20-60 resin and carbon fabric 22502 (twill 2x2, 200 g/m2, 3K, 3.95 GPa).

    Processing methods

    Mix the components A and B and weight proportion 100:32. Degas the resin with intensive mixing for 15-20 minutes at 20-25°С. Maintaining resin pot temperature of 20-25°С and tool temperature of 20-25°С, begin resin infusion. Cure at room temperature for 24h. Make sure the resin is gelled. Remove auxiliary materials. Increase temperature at rate 0,5-2°С/min to 80°С. Postcure at 80°С for 3-6h.