Machine body aluminum cast support
A technology of aluminum casting and machine body, which is applied in the direction of stone processing equipment, manufacturing tools, working accessories, etc., can solve the problems of large volume and weight of the support, inconvenient disassembly and management, and high production cost, so as to improve the strength and facilitate the use and handling , cheap effect
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Embodiment 1
[0058] First, the carbon fiber is woven into a three-dimensional braided carbon fiber through three-dimensional all-five-way blending, and the braiding angle is 12 degrees.
[0059] Then, the three-dimensional braided carbon fiber with a volume percentage of 15% is fixed on a base mold with a temperature of 250°C, and then poured into a molten metal with a volume percentage of 85% aluminum alloy. The pouring temperature is 670°C and the pressure is applied. The pressure is 90MPa, the pressure building time is 2s, and the pressure holding time is 8s, and the base semi-finished product is obtained. Among them, the aluminum alloy is composed of the following mass percentage components: Mg: 3.7%, Cu: 1.1%, Li: 0.72%, Zr: 0.1%, Sc: 0.1%, Ag: 0.19%, Mn: 0.22%, and the balance is Al And the inevitable magazine element. Then, the base semi-finished product was homogenized at 480° C. for 20 hours, and then heat-treated. The heat treatment included solution treatment at 500° C. for 2 h...
Embodiment 2
[0061] First, the carbon fiber is woven into a three-dimensional braided carbon fiber through three-dimensional all-five-way blending, and the braiding angle is 12 degrees.
[0062] Then, the three-dimensional braided carbon fiber with a volume percentage of 15% is fixed on a base mold with a temperature of 250°C, and then poured into a molten metal with a volume percentage of 85% aluminum alloy. The pouring temperature is 670°C and the pressure is applied. The pressure is 90MPa, the pressure building time is 2s, and the pressure holding time is 8s, and the base semi-finished product is obtained. Among them, the aluminum alloy is composed of the following mass percentage components: Mg: 3.7%, Cu: 1.1%, Li: 0.72%, Zr: 0.1%, Sc: 0.1%, Ag: 0.2%, Mn: 0.22%, Cr: 0.12% , Ti: 0.1%, the balance is Al and unavoidable magazine elements. Then, the base semi-finished product was homogenized at 480° C. for 20 hours, and then heat-treated. The heat treatment included solution treatment at ...
Embodiment 3
[0064] First, the carbon fiber is woven into a three-dimensional braided carbon fiber through three-dimensional all-five-way blending, and the braiding angle is 12 degrees.
[0065] Then, the three-dimensional braided carbon fiber with a volume percentage of 15% is fixed on a base mold with a temperature of 250°C, and then poured into a molten metal with a volume percentage of 85% aluminum alloy. The pouring temperature is 670°C and the pressure is applied. The pressure is 90MPa, the pressure building time is 2s, and the pressure holding time is 8s, and the base semi-finished product is obtained. Among them, the aluminum alloy is composed of the following mass percentage components: Mg: 3.86%, Cu: 1.35%, Li: 0.89%, Zr: 0.18%, Sc: 0.1%, Ag: 0.25%, Mn: 0.3%, Cr: 0.1% , Ti: 0.1%, the balance is Al and unavoidable magazine elements. Then, the base semi-finished product was homogenized at 480° C. for 20 hours, and then heat-treated. The heat treatment included solution treatment a...
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