Effect of Repeated Postcuring on the Glass Transition - METTLER TOLEDO

Effect of Repeated Postcuring on the Glass Transition

The purpose of this application is to show how repeated postcuring (in this case through repeated heating cycles in the DSC) causes the glass transition temperature to increase until it reaches a constant value.

 

 

 

 

 

 

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Keywords
 Thermosets 2
  35
 thermoset, curing, DSC, adhesive, coatings, evaporation, glass transition, KU600, plywood, polycondensation, postcuring, predictions, prepreg, pressure crucible, activation energy, conversion curve, MFK,


Effect of repeated postcuring on the glass transition | Thermal Analysis Application No. HB 39 | Application published in METTLER TOLEDO TA Application Handbook Thermosets Volume 2