A copper-aluminum composite plate material prepared by aluminum liquid continuous casting and a process thereof. The method includes: S1, heating an aluminum ingot to 700-800 C. and smelting for 1-3 h; S2, degassing smelted aluminum liquid, and keeping the temperature and standing; S3, texturing a copper strip, and then cleaning; S4, heating the pretreated copper strip to 200-650 C.; S5, under the protection of inert gas, continuously casting the treated aluminum liquid on the treated copper strip, performing quenching crystallization on a copper-aluminum composite material, and performing oxygen-free continuous casting; and S6, continuous rolling: rolling the continuously cast copper-aluminum composite material to obtain the copper-aluminum composite plate material prepared by aluminum liquid continuous casting.

A copper-aluminum composite plate material prepared by aluminum liquid continuous casting and a process thereof. The method includes: S1, heating an aluminum ingot to 700-800 C. and smelting for 1-3 h; S2, degassing smelted aluminum liquid, and keeping the temperature and standing; S3, texturing a copper strip, and then cleaning; S4, heating the pretreated copper strip to 200-650 C.; S5, under the protection of inert gas, continuously casting the treated aluminum liquid on the treated copper strip, performing quenching crystallization on a copper-aluminum composite material, and performing oxygen-free continuous casting; and S6, continuous rolling: rolling the continuously cast copper-aluminum composite material to obtain the copper-aluminum composite plate material prepared by aluminum liquid continuous casting.

A copper-aluminum composite plate material prepared by aluminum liquid continuous casting and a process thereof. The method includes: S1, heating an aluminum ingot to 700-800 C. and smelting for 1-3 h; S2, degassing smelted aluminum liquid, and keeping the temperature and standing; S3, texturing a copper strip, and then cleaning; S4, heating the pretreated copper strip to 200-650 C.; S5, under the protection of inert gas, continuously casting the treated aluminum liquid on the treated copper strip, performing quenching crystallization on a copper-aluminum composite material, and performing oxygen-free continuous casting; and S6, continuous rolling: rolling the continuously cast copper-aluminum composite material to obtain the copper-aluminum composite plate material prepared by aluminum liquid continuous casting.

A copper-aluminum composite plate material prepared by aluminum liquid continuous casting and a process thereof. The method includes: S1, heating an aluminum ingot to 700-800 C. and smelting for 1-3 h; S2, degassing smelted aluminum liquid, and keeping the temperature and standing; S3, texturing a copper strip, and then cleaning; S4, heating the pretreated copper strip to 200-650 C.; S5, under the protection of inert gas, continuously casting the treated aluminum liquid on the treated copper strip, performing quenching crystallization on a copper-aluminum composite material, and performing oxygen-free continuous casting; and S6, continuous rolling: rolling the continuously cast copper-aluminum composite material to obtain the copper-aluminum composite plate material prepared by aluminum liquid continuous casting.

A casting apparatus for producing metal matrix composite materials includes a melt channel inclined in an apparatus flow direction, a flow pathway for a metal melt, and a particle feed device for adding solid particles to the metal melt. A casting method includes adding solid particles to a metal melt flowing in a continuous flow down a melt channel. The particle feed device is a shaft extending at least up to a base of the flow pathway and having a particle exit window in a casing of the shaft. The metal melt flowing down along the flow pathway is divided into two partial streams flowing around the channel projecting into and dividing the flow pathway. Where the partial streams combine again after flowing around the channel, the solid particles trickle into the confluence of the partial streams via a particle exit window in the channel located above the flow pathway.

A casting apparatus for producing metal matrix composite materials includes a melt channel inclined in an apparatus flow direction, a flow pathway for a metal melt, and a particle feed device for adding solid particles to the metal melt. A casting method includes adding solid particles to a metal melt flowing in a continuous flow down a melt channel. The particle feed device is a shaft extending at least up to a base of the flow pathway and having a particle exit window in a casing of the shaft. The metal melt flowing down along the flow pathway is divided into two partial streams flowing around the channel projecting into and dividing the flow pathway. Where the partial streams combine again after flowing around the channel, the solid particles trickle into the confluence of the partial streams via a particle exit window in the channel located above the flow pathway.