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Iron-based alloy reactive armor shell with low collateral damage and preparation method thereof

A reactive armor, iron-based alloy technology, applied in armored vehicles, transportation and packaging, motor vehicles, etc., can solve the problems of limited application scope, high economic cost, low tensile strength, etc., and achieve simple and controllable processes and low cost. , the effect of high tensile strength and hardness

Inactive Publication Date: 2015-03-11
ZHONGBEI UNIV
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

Due to the influence of their own physical and mechanical properties and economic costs, ceramics and FRP materials, for example, ceramics have high hardness, but low tensile strength, and are easily broken under external influences. In addition, the economic cost is high, and its application range has been limited. limit

Method used

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  • Iron-based alloy reactive armor shell with low collateral damage and preparation method thereof
  • Iron-based alloy reactive armor shell with low collateral damage and preparation method thereof

Examples

Experimental program
Comparison scheme
Effect test

Embodiment 1

[0015] Example 1 (each serving is 1kg)

[0016] A low incidental damage iron-based alloy reactive armor shell, comprising a reactive armor shell 1 and a reactive armor chamber shell 2 placed in the reactive armor shell 1, which is composed of 90 parts by weight of iron powder, 10 parts by weight of Copper powder and 1 weight part of graphite powder are made through powder metallurgy and subsequent processing.

[0017] Concrete preparation method comprises the following steps:

[0018] 1) Powder mixing: Weigh each raw material powder by weight, add a small amount of engine oil or zinc stearate, pour it into a mixer and mix until uniform; 2) Compression molding: put the uniformly mixed raw material powder into a mold and press it into a reaction The plate body of the armored shell; 3) Sintering: put the plate body into the sintering boat, and the sintering boat is sintered under the protective atmosphere of methanol cracking gas. The temperature in the high temperature zone is ...

Embodiment 2

[0019] Embodiment 2 (every part is 10kg)

[0020] A low incidental damage iron-based alloy reactive armor shell, comprising a reactive armor shell 1 and a reactive armor chamber shell 2 placed in the reactive armor shell 1, which is composed of 75 parts by weight of iron powder, 15 parts by weight of Copper powder and 0.5 parts by weight of graphite powder are made through powder metallurgy and subsequent processing.

[0021] Concrete preparation method comprises the following steps:

[0022] 1) Powder mixing: Weigh each raw material powder by weight, add a small amount of engine oil or zinc stearate, pour it into a mixer and mix until uniform; 2) Compression molding: put the uniformly mixed raw material powder into a mold and press it into a reaction The plate body of the armored shell; 3) Sintering: put the plate body into the sintering boat, and the sintering boat is sintered under the protective atmosphere of methanol cracking gas. The temperature in the high temperature ...

Embodiment 3

[0023] Embodiment 3 (every portion is 500g)

[0024] A low incidental damage iron-based alloy reactive armor shell, comprising a reactive armor shell 1 and a reactive armor chamber shell 2 placed in the reactive armor shell 1, which is composed of 97 parts by weight of iron powder, 25 parts by weight of Copper powder and 0.8 parts by weight of graphite powder are made through powder metallurgy and subsequent processing.

[0025] Concrete preparation method comprises the following steps:

[0026]1) Powder mixing: Weigh each raw material powder by weight, add a small amount of engine oil or zinc stearate, pour it into a mixer and mix until uniform; 2) Compression molding: put the uniformly mixed raw material powder into a mold and press it into a reaction The plate body of the armored shell; 3) Sintering: put the plate body into the sintering boat, and the sintering boat is sintered under the protective atmosphere of methanol cracking gas. The temperature in the high temperatur...

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Abstract

The invention discloses an iron-based alloy reactive armor shell with low collateral damage. The shell comprises a reactive armor housing and a reactive armor chamber shell positioned in the reactive armor housing, and is prepared by iron powder of 70-97 parts by weight, copper powder of 2-30 parts by weight and graphite powder of 0.3-1 part by weight through a powder metallurgy method and a subsequent processing technology. A preparation method adopts the powder metallurgy method, and comprises such processes as powder mixing, compression molding, sintering, shaping, oil containing, cleaning, surface treatment and welding. The reactive armor shell prepared by the method is lower in fragment collateral damage effect after the reactive armor effect, and has such advantages as high strength, low cost, controllable shape and batch production.

Description

technical field [0001] The invention relates to the field of armor protection of armored vehicles, in particular to an iron-based alloy reactive armor shell with low incidental damage and a preparation method thereof. Background technique [0002] Reactive armor, also known as explosive reactive armor, is widely used in the protection of modern armored vehicles due to its advantages of high protection efficiency, light weight, convenient loading and unloading, and low cost. The traditional explosive reactive armor structure is a "sandwich" structure composed of two layers of symmetrical or asymmetrical homogeneous steel plates sandwiching explosives, that is, it is composed of a front plate and a back plate sandwiching explosives. When the incoming jet hits the reactive armor with a certain inclination angle at high speed, the middle explosive layer will be detonated. Under the action of high-pressure and high-speed detonation products, the homogeneous steel plate moves at h...

Claims

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Application Information

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IPC IPC(8): F41H7/04B22F1/00B22F3/16
Inventor 李如江张晋红高永宏刘迎彬胡晓艳刘天生
Owner ZHONGBEI UNIV
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