hex boron nitride for reloading
Sources:nanopure | Release date:
2018-10-27
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Key words:hex boron nitride for reloading
To increase their resistance to oxidation by oxygen and corrosion by
molten steel, and to change the effect of their microstructure, some
yttrium oxide additions have been used. Yttrium oxide, by helping the
alumina sintering, increases the composite's densification and so its
mechanical strength, and by increasing the grains cohesion, it allows us
to change the hot-pressing programme to obtain a more isotropic
composite. Also, by reaction with alumina, it forms yttrogarnet (YAG)
which protects the composite from oxidation by forming a protective
liquid phase at the surface, following the reaction with boron oxide
formed by the boron nitride oxidation. However, this liquid phase is
eroded by the molten steel and so, cannot increase the corrosion
resistance, but it is possible to stop this corrosion by an addition of
neodymium oxide.
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