Publication detail

Plasma Processing of Glass-Fiber Reinforcements for Polymer Composites

ČECH, V. KNOB, A. PÁLESCH, E. KUCHARČÍK, J. PLICHTA, T.

Original Title

Plasma Processing of Glass-Fiber Reinforcements for Polymer Composites

Type

lecture

Language

English

Original Abstract

Plasma polymer films of hexamethyldisiloxane, vinyltriethoxysilane, and tetravinylsilane in a mixture with oxygen gas were engineered as compatible interlayers for the glass fiber/polyester composite. The interlayers of controlled physicochemical properties were tailored using the deposition conditions with regard to the elemental composition, chemical structure, and Young’s modulus in order to improve adhesion bonding at the interlayer/glass and polyester/interlayer interfaces and tune the cross-linking of the plasma polymer. The optimized interlayer enabled a 6.5-fold increase of the short-beam strength compared to the untreated fibers. The short-beam strength of GF/polyester composite with the plasma polymer interlayer was 32% higher than that with industrial sizing developed for fiber-reinforced composites with polyester matrix. The progress in plasmachemical processing of composite reinforcements enabled us to release a novel conception of composites without interfaces.

Keywords

polymer composites; interphase; glass fibers; plasma polymerization

Authors

ČECH, V.; KNOB, A.; PÁLESCH, E.; KUCHARČÍK, J.; PLICHTA, T.

Released

10. 12. 2014

BibTex

@misc{BUT114083,
  author="Vladimír {Čech} and Antonín {Knob} and Erik {Pálesch} and Jan {Kucharčík} and Tomáš {Plichta}",
  title="Plasma Processing of Glass-Fiber Reinforcements for Polymer Composites",
  year="2014",
  note="lecture"
}