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Results 1 - 10 of 96 for Laminating resins
  • Article - 25 Apr 2001
    Similar to DAIP, but better resistance to alkalies. Lower temperature resistance (160°C/320°F compared with 180°C/360°F for DAIP). Tensile strength approximately 10% lower than DAIP.
  • Article - 30 Apr 2001
    Techniques such as sheet moulding, pultrusion, filament winding, prepreg moulding and resin transfer moulding can be used to produce thermoset composites. These processes can be applied to a wide...
  • Article - 10 Feb 2014
    Compression molding for composites enables complex, cost-effective parts with metal-replacing capabilities, ideal for aerospace applications.
  • Article - 13 Oct 2020
    Evaluating TC380 epoxy prepreg, researchers found consistent mechanical properties across curing temperatures of 135°C to 180°C, ideal for OOA aerostructures.
  • Article - 20 May 2002
    Composites are common place in automotive and aerospace applications, however they have not been exploited in building and construction. LTM provides a technology and advantages that could potentially...
  • Article - 12 Oct 2020
    Aerospace adopts thermoplastic composites for durability and efficient, weldable structures, with automation driving production advances.
  • Article - 22 Jul 2016
    This article presents a case study that aims to record the observations made of both processing and materials during a motor rewind using Zeus PEEK Lay-Flat® tubing as an insulating material and Zeus...
  • Article - 31 Aug 2018
    Toray's Cetex® TC1225 offers lower processing costs with its advanced PAEK composite, ideal for large-scale thermoplastic applications.
  • Article - 17 Dec 2012
    Toray Advanced Composites excels in creating radome and antenna composites with low dielectric properties for aerospace and communication.
  • Article - 26 Mar 2001
    The evolution of the tennis racket, from early wooden models through to modern day composites is described, as well as considering the potential use of piezoelectrics in the future.

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