"Research progress in crosslinking and aging mechanism of tetrapropyl fluoro elastomers"

Abstract

The research progress in chemical crosslinking and filler enhancement of tetrapropyl fluoro elastomer was reviewed at home and abroad with 39 references. The key roles of co-crosslinkers and fillers were elucidated in the construction of crosslinking networks. The aging mechanism of tetrapropyl fluoro elastomer was summarized syste-matically under environmental conditions such as heat, oxygen, acid and alkali, and hydrogen sulfide.

Keywords

• tetrapropyl fluoro elastomer， cross-linking， reinforcement， blending， aging mechanism， review，