1977
DOI: 10.1177/002199837701100105
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Graphite Fiber Reinforced Sn-Pb Investment Castings

Abstract: Investment casting technique was applied to produce tensile test specimens of graphite fiber reinforced Sn-Pb alloy. To assure good wetting characteristics of the fibers by the liquid metal, they were electroplated with copper. Depending on the pouring conditions (controls of temperatures and centrifuging force) several types of bonding between the fibers and the matrix were observed: a) No bond between copper-plated fibers and the matrix, b) Mechanical contact between the copper coating and the matrix, c) For… Show more

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Cited by 3 publications
(1 citation statement)
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“…Commercial interest may include the application of this material as a lubricating agent owing to the presence of graphite particles in the α-Pb small grains. Coated carbon fibres have been used to reinforce SnPb alloy by squeeze casting in a mould cavity having a length of 6 cm and width of 1.3 cm to act as a lubricating agent [12] and by investment castings [13]. On the other hand, macroscopic graphite particles were introduced into the ZA-27 (Al-25%, Cu-2%, Mg-0.01%, Zn-% rest) matrix to obtain damping properties via liquid metallurgy (compocasting) [14].…”
Section: Production Of Composite By Trmd-ingmentioning
confidence: 99%
“…Commercial interest may include the application of this material as a lubricating agent owing to the presence of graphite particles in the α-Pb small grains. Coated carbon fibres have been used to reinforce SnPb alloy by squeeze casting in a mould cavity having a length of 6 cm and width of 1.3 cm to act as a lubricating agent [12] and by investment castings [13]. On the other hand, macroscopic graphite particles were introduced into the ZA-27 (Al-25%, Cu-2%, Mg-0.01%, Zn-% rest) matrix to obtain damping properties via liquid metallurgy (compocasting) [14].…”
Section: Production Of Composite By Trmd-ingmentioning
confidence: 99%