Überwachung elastomerer Werkstoffe in der Anwendung zur Ermittlung der Materialversagensgrenze

NETZSCH_Elastomer_Seal_Diplexor

Das geforderte mechanische und dielektrische Eigenschaftsprofil von Elastomerwerkstoffen wird durch die Auswahl des geeigneten Polymers, Füllstoffs und der Additive für den Anwendungsbereich erreicht. Während ihrer Lebensdauer unterliegen elastomere Werkstoffe in Reifen-, Dichtungs- und Automobilanwendungen einer ständigen Veränderung. Lesen Sie mehr über die Möglichkeit zur Überwachung der mechanischen Eigenschaften von Elastomerwerkstoffe während der Anwendung.

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Monitoring Mechanical Properties of Elastomeric Materials During Application

NETZSCH_Elastomer_Seal_Diplexor

The required mechanical and dielectric property profile of elastomeric materials is achieved by selecting the suitable polymer, filler and additives for the application field. During their service life, elastomeric materials in tire, sealing and automotive applications undergo constant change. Read more about the cost-effective way to monitor the mechanical properties of the elastomeric materials during application.

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DMA GABO DiPLEXOR®: Mapping the Mechanical State of Rubber with its Conductivity

NETZSCH_Tire_DMA_DiPLEXOR

In the rubber and tire industries, it is common knowledge that rubber is a living material. During mechanical loading, rubber changes its mechanical behavior due to inner structural changes on the molecular scale. It is therefore important to have information about the structure of rubber, the molecular mobility, the size of carbon black clusters within the rubber during dynamic-mechanical treatment.

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