VESPEL® SCP-5050
VESPEL® SCP-5050
VESPEL® SCP-5050
VESPEL® SCP-5050
VESPEL® SCP-5050

VESPEL® SCP-5050

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Rod
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Improved resistance to thermal oxidation compared with VESPEL SP22, combining excellent wear resistance at high temperatures with low CTE.

Applications: Specifically developed for hot glass handling and aerospace applications.

  • Semi-finished product manufacturer : Dupont
  • Raw material supplier : Dupont
  • Minimum thermal resistance (in °C) : -273
  • Maximum thermal resistance (in °C) : 550
  • Mechanical resistance traction module (in MPa) : 72
  • Mechanical resistance compression module (in MPa) : 2997
  • Mechanical resistance constraint compression (in MPa) : 219
  • Pressure-velocity limit (PV) : Very High
  • Low friction and wear coefficient : Very Low
  • Wear resistance : Very Good
  • Electrical conductivity : Static dissipative
  • Chemical resistance : Medium
  • Polymer name : Polyimide
  • Polymer abbreviation : PI
  • Charge / Reinforcement : graphite
  • Mechanical resistance (in MPa) : Medium
  • Continuous thermal resistance (in °C) : 320
  • 31---VESPEL®-SCP-5050.pdf 128 KB

    Technical Data VESPEL® SCP-5050

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