Some research are carried out on the mechanical property and structure of wrought aluminum alloy through rheocasting using the technique of liquid forging taking the 7075 aluminum alloy as an example

. It mainly discussed the possibility of rheocasting the wrought aluminum alloy. Dense parts without flaws such as micro gas holes and micro shrinkage cavities were produced using cooling-slope to get semi-solid slurry directly and advanced liquid forging technique under three pressure levels（80 MPa

87 MPa

95 MPa） . The obtained parts had a high tensile strength at maximum of 502 MPa after the heat treatment

which is much higher than the average level of normal metal mold casting and approaching to the wrought standards and the tensile strength does not go up along with the pressure levels. The tensile strength of 7075 aluminum alloy by rheocasting through different heat treatments was not obvious but different aging treatments play an very important role in elongation of 7075 wrought aluminum alloy.