Abstract A method of producing a fiber-reinforced composite material in which a fiber body is mounted on mounting surfaces in a mold cavity, which mounting surfaces are in fluid communication with the outside of the mold through air relief passages. A molten matrix metal is poured into the mold cavity and then subjected to a high hydrostatic pressure so as to be filled into the fiber body while expelling the air from the fiber body to the outside of the mold through the air relief passages. The molten metal is thereafter filled into the air relief passages and solidifies immediately to seal the mold cavity from the ambient atmosphere whereby the molten matrix in the mold cavity is rapidly solidified under high pressure to form a fiber-reinforced composite material of high quality with inclusion of substantially reduced voids or cavities.
A method of producing a fiber-reinforced composite material comprising the steps of: (a) mounting a fiber body on mounting surfaces in a cavity of a mold consisting of plural mold parts, said mounting surfaces being in fluid communication with the outside of said mold through air relieving means formed in joint surfaces of said plural mold parts; (b) pouring a molten matrix metal into said mold cavity; (c) filling said molten matrix metal into said fiber body under application of a high hydrostatic pressure while expelling the air in said fiber body to the outside of said mold through said air relieving means; (d) filling said air relieving means with said molten matrix metal; (e) solidifying said molten matrix metal in said air relieving means to seal said mold cavity from the ambient atmosphere; and (f) solidifying under high pressure said molten matrix metal in said mold cavity.
Claim 2
Independent Claim
148 words
A method of producing a fiber-reinforced composite material comprising the steps of: (a) mounting a fiber body on mounting surfaces in a cavity of a mold consisting of plural mold parts, said mounting surfaces being in fluid communication with the outside of said mold through air relieving means formed in joint surfaces of said plural mold parts; (b) pouring a molten matrix metal into said mold cavity; (c) filling said molten matrix metal into said fiber body under application of a high hydrostatic pressure while expelling the air in said fiber body to the outside of said mold through said air relieving means; (d) filling said air relieving means with said molten matrix metal; (e) solidifying said molten matrix metal in said air relieving means to seal said mold cavity from the ambient atmosphere; and (f) solidifying under high pressure said molten matrix metal in said mold cavity.
Claim 3
Dependent Claim
34 words
A method as set forth in claim 1, further comprising separating said mold into its plural mold parts, and thereafter removing fins produced in said air relieving means from said solidified metal fiber-reinforced composite.