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  2. Carvel (boat building) - Wikipedia

    en.wikipedia.org/wiki/Carvel_(boat_building)

    Modern waterproof glues, especially epoxy resin, have caused revolutionary changes in carvel and clinker construction. Traditionally, nails provided the fastening strength; now it is the glue. It has become quite common since the 1980s for carvel and clinker construction to rely almost completely on glue for fastening.

  3. Boat building - Wikipedia

    en.wikipedia.org/wiki/Boat_building

    Epoxy resin: a two-part thermosetting polymer increasingly used in modern wooden boat building variously as an adhesive, filler (admixed with other materials), and a moisture-resistant barrier in hull and deck construction, sometimes applied in conjunction with reinforcing cloths such as fibreglass, kevlar or carbon fibre.

  4. Epoxy - Wikipedia

    en.wikipedia.org/wiki/Epoxy

    Liquid epoxy resins in their uncured state are mostly classed as irritant to the eyes and skin, as well as toxic to aquatic organisms. [8] Solid epoxy resins are generally safer than liquid epoxy resins, and many are classified non-hazardous materials. One particular risk associated with epoxy resins is sensitization.

  5. Strip-built - Wikipedia

    en.wikipedia.org/wiki/Strip-built

    Strip-built, or "strip-plank epoxy", is a method of boat building. [1] Also known as cold molding, the strip-built method is commonly used for canoes and kayaks, but also suitable for larger boats. The process involves securing narrow, flexible strips of wood edge-to-edge around temporary formers.

  6. Araldite - Wikipedia

    en.wikipedia.org/wiki/Araldite

    The first batches of Araldite epoxy resins, for which the brand is best known, were made in Duxford, England in 1950. [1] Araldite adhesive sets by the interaction of an epoxy resin with a hardener. Mixing an epoxy resin and hardener together starts a chemical reaction that produces heat – an exothermic reaction. [2]

  7. Solutions for cavitation in marine propellers - Wikipedia

    en.wikipedia.org/wiki/Solutions_for_Cavitation...

    The most common blend that marine propellers are created from is the nickel-aluminum bronze blend. While this blend can resist erosion, it remains less effective when resisting cavitation. [3] An example of this method is the Royal Netherlands Navy, who began experimentation with composite materials such as resins or carbon fibers in 2011.