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Results 91 - 100 of 846 for thermoplastic
  • Article - 7 May 2001
    Relatively higher tensile strength and modulus than other CEE TPEs. Relative advantages, disadvantages and applications are listed together with a table of typical properties for this thermoplastic.
  • Article - 7 May 2001
    Exhibits the best combination of high and low temperature properties such as flexibility, impact resistance and creep resistance of the CEE TPEs. Advantages, disadvantages and applications are listed...
  • Article - 7 May 2001
    Good low temperature stability, impact resistance, resilience, and flex fatigue compared to other CEE TPEs. Advantages, disadvantages and application are listed together with a table of typical...
  • Article - 7 May 2001
    Transparent, glossy and reasonably hard for a thermoplastic. Has reasonable impact resistance at low temperatures. Advantages, diadvantages and applications are listed together with a table of...
  • Article - 5 May 2001
    Thermoplastic. Excellent rigidity, impact toughness, abrasion resistance, creep resistance and solvent resistance. Advantages, disadvantages and applications are listed together with a table of...
  • Article - 5 May 2001
    Superior UV resistance compared with unmodified grades, where titanium dioxide is used for non-black UV resistant mouldings. Advantages, disadvantages and applications are listed together with a table...
  • Article - 24 Apr 2001
    Matrix and fibre materials are described, as are prepreg forming processes, post impregnation processes and fabrication processes such as tube and rod formation, hydroforming, diaphragm and stretch...
  • Article - 24 Apr 2001
    Matrix materials, fibres and production techniques such as sheet production, random fibre mats, stamping, high speed compression and flow moulding are covered.
  • Article - 6 Apr 2001
    Environmental Polymers Group have recently developed a family of biodegradable poly vinyl alcohols with outstanding versatility, processing and physical properties, no toxic additives that are...
  • Article - 14 Feb 2001
    Engineering thermoplastics are generally amorphous or semi-crystalline. The differences between these two types of materials are explained.

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