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A kind of metal layered composite material multi-head casing drawing compound preparation method

A composite material and metal casing technology is applied in the field of drawing and composite preparation of metal layered composite material multi-head casings, which can solve the problems of difficult to process dissimilar metal wires, difficult and short processes, etc., and achieves easy automation and mass production. Simple, thin diffuser effect

Active Publication Date: 2016-01-20
UNIV OF SCI & TECH BEIJING
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

The purpose of the present invention is to provide a multi-head sleeve drawing compound preparation method for metal layered composite materials, which solves the problem of short-flow and efficient preparation of special metal layered composite materials in which the axes of the constituent metals are parallel to each other and do not overlap. problems, especially suitable for drawing composite forming of difficult-to-process dissimilar metal wires

Method used

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  • A kind of metal layered composite material multi-head casing drawing compound preparation method

Examples

Experimental program
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Effect test

Embodiment 1

[0026] Clean the inner surface of an annealed T2 pure copper sleeve (size Φ8×1mm), an annealed pure copper wire (diameter Φ2.9mm), and a drawn pure aluminum wire after surface cleaning at room temperature (diameter Φ2.9mm) surface is polished with a grinding wheel; at room temperature, pure copper wire and pure aluminum wire are put into the pure copper sleeve in parallel at the same time to obtain a combined blank; coated on the outer surface of the pure copper sleeve and the entrance area of ​​the mold Graphite emulsion lubricant, single-pass drawing at room temperature for combined blanks to achieve pre-compounding, the drawing deformation rate is 10%, and local preliminary close adhesion between pure copper wires, pure aluminum wires and pure copper casings is obtained Under the protection of argon, put the pre-composite billet into the off-line tubular resistance furnace with a furnace temperature of 300 ° C and heat it for 3 minutes, so that the temperature can quickly re...

Embodiment 2

[0028] After surface cleaning at room temperature, the inner surface of an annealed T2 pure copper sleeve (size Φ8×1mm), an annealed pure copper wire (diameter Φ2.9mm), and an annealed BFe10-1- 1 The surface of the cupronickel wire (diameter Φ2.9mm) is repeatedly polished with 60# sandpaper; at room temperature, the pure copper wire and the BFe10-1-1 cupronickel wire are put into the pure copper sleeve in parallel at the same time to obtain the combined blank; The outer surface of the casing and the entrance area of ​​the mold are coated with graphite emulsion lubricant, and the combined billet is drawn in a single pass at room temperature to achieve pre-compounding. The drawing deformation rate is 15%, and pure copper wire and BFe10-1-1 cupronickel wire are obtained. The pre-composite blanks that are initially tightly bonded between each other and the pure copper sleeve; under the protection of argon, put the pre-composite blanks into an off-line tubular resistance furnace wit...

Embodiment 3

[0030]Clean the inner surface of 1 annealed T2 pure copper sleeve (size Φ8×1mm), 2 annealed pure copper wires (diameter Φ2.4mm), and 2 annealed BFe10-1- 1 The surface of the cupronickel wire rod (diameter Φ2.4mm) is polished with a steel brush; at room temperature, the pure copper wire rod and the BFe10-1-1 cupronickel wire rod are put into the pure copper sleeve at intervals and parallel at the same time to obtain a combined blank; in the pure copper sleeve The outer surface of the tube and the entrance area of ​​the mold are coated with graphite emulsion lubricant, and the combined billet is drawn in a single pass at room temperature to achieve pre-compounding. The drawing deformation rate is 10%, and the pure copper wire and the BFe10-1-1 cupronickel wire are obtained. The pre-composite billets that are initially closely attached between the space and the pure copper sleeve; under the protection of argon, the pre-composite billets are rapidly heated to the drawing temperatur...

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Abstract

The invention discloses a composite preparation method for multi-head sleeve pipe drawing of a metal layered composite material, which belongs to the technical field of metal layered composite material preparation. It is characterized in that two or more dissimilar metal wires are covered by metal sleeves, single-pass drawing pre-composite at room temperature, rapid heating, single-pass or multi-pass temperature-controlled drawing metallurgical composite and surface metal sleeve Combined with the removal of the tube layer, a high-quality special metal layered composite material in which the axes of the constituent metals are parallel to each other rather than coincident is prepared. The invention has the advantages of realizing short-process and high-efficiency preparation of special metal layered composite materials, high composite interface bonding strength of composite materials, thin diffusion layer, flexible product specifications, large degree of freedom in raw material combination, excellent product quality and performance, etc. Advantages, it is especially suitable for the preparation of special metal layered composite materials that are easy to generate intermetallic compounds at the composite interface and the preparation of difficult-to-process special metal layered composite materials, which meets the urgent needs of various industries for special metal layered composite materials.

Description

technical field [0001] The invention belongs to the technical field of metal layered composite material preparation, and in particular relates to a method for preparing a metal layered composite material by drawing and compounding a multi-head casing. technical background [0002] Metal layered composite material is a new type of material prepared by using composite preparation technology to make two or more metals with different physical, chemical or mechanical properties be firmly combined on the interface. Although each layer of metal in the metal layered composite maintains its original characteristics, its physical, chemical, and mechanical properties are significantly better than that of a single metal, and it has high strength, corrosion resistance, and good electrical, thermal, and electrical conductivity. Magnetic and other properties, it is widely used in aviation, aerospace, petroleum, chemical industry, automobile, electric power, electronics, national defense an...

Claims

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Application Information

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Patent Type & Authority Patents(China)
IPC IPC(8): B21C37/06
Inventor 刘雪峰刘慧袁学津
Owner UNIV OF SCI & TECH BEIJING
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