IEEE Transactions on Power Delivery · 2007 · 27 citations · 13 references
EngineeringElectrical EngineeringMaterials EngineeringEnergy MaterialsMechanical Behavior Of MaterialsPolymer EngineeringDielectricsDurabilityElastomeric PolymersInsulation MaterialsInsulation SystemsThermal InsulationElastomeric MaterialsElectrical InsulationElectrical Insulation MaterialsInsulation AgingInsulation DurabilityInsulation TechnologyLong-term PerformanceMicrostructural Degradation
The 28-kV, novel, environmental-friendly, thermoplastic elastomeric insulators were tested under slightly modified IEC 1109 5000-h (Annex C) conditions for their long-term performance. The modifications were made to more closely represent the actual service environment than the conditions used in the IEC. Various stresses applied include UV-A radiation, heat, rain, clear mist and salt fog, in addition to electrical. After 5000-h aging, there was discoloration, loss of hydrophobicity, and a loss of hydrocarbon bonds. Overall, the insulators looked intact despite the molecular and microstructural changes
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Polymer degradation and stabilisation
I.C. McNeill · Endeavour · 1986 · 547 citations
Polymer degradation and stabilization
Norman Ć. Billingham · Polymer · 1986 · 356 citations