Penetration blasting warhead with titanium alloy matrix containing active fragment inclusions and preparation method
A titanium alloy and warhead technology, which is applied in the field of fragmentation warheads to achieve the effects of improving combat capability, improving ignition and detonation functions, and improving penetration capabilities
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[0035] The present invention will be further described below in conjunction with the accompanying drawings and specific implementation examples.
[0036] combine Figure 6 The schematic diagram of the overall structure of the warhead is shown. A truncated oval warhead 7 with a certain coefficient of bullet-to-diameter ratio is processed. A section protrudes from the tail of the truncated oval warhead. An external thread is provided to cooperate with the internal thread of the shell; 3D printing technology is used to design a thin-walled round titanium alloy warhead. Cylinder skeleton 1, stick high-density active fragments 2 to the array empty slots of titanium alloy thin-walled cylindrical skeleton 1, after the active fragments 2 are fixed, place them in the mold composed of mold cylinder 3 and mold base 4, add Titanium alloy metal powder 5, wherein the surface roughness of the active fragment 2 needs to be increased to increase the bonding area with the matrix titanium alloy,...
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