Abstract

The possibility of obtaining antistatic and conductive composites based on an ethylene tetrafluoroethylene by introducing TUBALL single-wall carbon nanotubes deagglomerated in polyethylene wax has been established. The obtained antistatic composite (0.3–0.4 mass % of TUBALL nanotubes) has a set of mechanical characteristics sufficiently high for practical use as a structural material. This composite can be used in the development of products designed for use in extreme conditions in contact with chemically aggressive and flammable substances.

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