Multi-cavity extrusion preparation device for side compound type metal composite material and preparation method
A technology of metal cladding and preparation device, which is applied to metal extrusion dies and other directions, can solve the problem of lack of production of side clad metal clad pipes or plates, etc., and achieve the effect of heavy production of large coils and high bonding strength of composite interface
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Embodiment 1
[0046] see Figure 1 to Figure 4 As shown, the embodiment of the present application provides a multi-cavity extrusion preparation device for side compound metal composite materials, including: a base 7, an inner core 3 and a pushing member 1; wherein, the inner core 3 is arranged in the base 7, along Along the length direction of the base body 7, the inner core 3 and the base body 7 are surrounded by a blank cavity 8 and a molding cavity 9 which are connected in sequence; Circumferentially spaced; the pushing member 1 can be inserted into the blank cavity 8 and move along the blank cavity 8 to push the blank placed in the blank cavity 8 into the forming cavity 9 .
[0047] The steps of producing the side compound metal composite material by using the multi-cavity extrusion preparation device of the side compound metal compound material are as follows: first, the matrix 7 and the inner core 3 are heated (here, an external heating element can be used to perform the heating oper...
Embodiment 2
[0074] Embodiments of the present application also provide a method for preparing side-complex metal composites, including the multi-cavity extrusion preparation device for side-complex metal composites described in any of the above embodiments, thus having all the beneficial technical effects of the device , which will not be repeated here.
[0075] In this embodiment, preferably, as figure 1 with Figure 14 As shown, the preparation method of the side compound metal composite material comprises the following steps:
[0076] Step 100, heating the base body 7 and the inner core 3, keeping them warm for later use;
[0077] Step 200, placing metal strips of different materials into the blank cavity 8 formed by the inner core 3 and the base body 7 at intervals;
[0078] Step 300, using the pushing member 1 to push the metal strip through the diameter reducing chamber 91, the wall reducing chamber 92 and the sizing chamber 93 formed by the inner core 3 and the base body 7, so tha...
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Abstract
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