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Detail publikace
ČECH, V. KNOB, A. LASOTA, T. LUKEŠ, J.
Originální název
Plasma coating of glass fibers as an alternative technology
Typ
článek souhrnný, posudek
Jazyk
angličtina
Originální abstrakt
The recent development and wide-scale use of synthetic composites, particularly those containing fibers used as reinforcements in a polymer matrix, has revolutionized materials usage and continues to accelerate. All reinforcing fibers have to be coated with a suitable interlayer (thin film) to ensure their effective functionality in fiber-reinforced polymer composites. The interlayer adhesion on the reinforcing fibers is most critical and decides the performance of the composite. The world market is dominated by glass reinforcement (87%) in unsaturated polyester (UP) resin (63%), together comprising approximately 60% of the total volume. Wet chemical processes using silane coupling agents are typically employed for commercial sizing of glass fiber (GF) reinforcements. The sizing (functional coating) should improve compatibility and form a strong but tough link between the fiber and the polymer matrix. However, commercial sizing is a heterogeneous coating of variable thickness, with only a small portion of the total sizing chemically bonded to the GF surface. In addition, the bonding is hydrolytically unstable. We have developed a plasmachemical reactor enabling the deposition of a homogeneous plasma polymer film (interlayer) of controlled thickness and controlled chemical, mechanical, and surface properties. This plasma polymerization technique3-5 can be used as a gentle but powerful tool for the surface modification of inorganic, organic, and natural fibers.
Klíčová slova
plasma polymerization; thin film; glass fibers; polymer composite
Autoři
ČECH, V.; KNOB, A.; LASOTA, T.; LUKEŠ, J.
Vydáno
22. 11. 2017
Nakladatel
Society of Plastics Engineers
Strany od
1
Strany do
4
URL
https://www.4spe.org
BibTex
@misc{BUT144153, author="Vladimír {Čech} and Antonín {Knob} and Tomáš {Lasota} and Jaroslav {Lukeš}", title="Plasma coating of glass fibers as an alternative technology", year="2017", pages="1--4", publisher="Society of Plastics Engineers", url="https://www.4spe.org", note="review" }