Aluminum clad zinc bimetallic planchet

Torres‐Villaseñor, G.; Negrete-Sánchez, J.

doi:10.1016/j.matdes.2007.01.011

Cited by 3 publications

(2 citation statements)

References 1 publication

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“…The realization that two metals can be joined together by cladding during rolling or extrusion has gained special importance for heavy metals [1] , particularly for widely used copper metal due to excellent comprehensive properties and scarce resource. Al/Cu bimetal has been developed to take the place of Copper over past fifty years.…”

Section: Introductionmentioning

confidence: 99%

Fabrication of Aluminum Clad Copper Tube by Planet Schràge Walzwerk Process

Zhang

Tian²

2012

AMR

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In the present paper, a fabrication process to roll-bonding aluminum clad copper tube(ACC) by Planet Schràge Walzwerk(PSW) has been introduced. Aluminum alloy(3003) as a outer tube layer and oxygen free copper(C12200) tube as a inner tube, were rolled to bond together using a PSW mill. Different specifications of ACC tube were selected to investigate the Al-Cu bonding layer thickness using scanning electronic microscope with EDX and bonding strength using peering test, and mechanical properties of ACC tube were also test. The experiment results indicated that Al-Cu composite layer is not only mechanical bonding but also metallurgical bonding with thickness of several micrometers. Moreover, tensile test indicated that the tensile strength of ACC was not less than 135 Mpa and elongation is about 35%, while peeling strength test showed that the two composite layers bond strength nearly arrived to 120 N/cm.

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Section: Introductionmentioning

confidence: 99%

Fabrication of Aluminum Clad Copper Tube by Planet Schràge Walzwerk Process

Zhang

Tian²

2012

AMR

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“…Clad materials have been developed very rapidly because of different demands of superior mechanical and thermal properties [1][2][3][4]. For example, copper clad aluminum composite wire replaces copper wire is becoming an important means of wire preparation in transmission of information.…”

Section: Introductionmentioning

confidence: 99%

Study on Surface Quality of Lead Clad Tin Bimetal Continuous Casting by Air Pressing Core-Filling

Liang

Zhao²,

Zang³

et al. 2010

AMR

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To provide theoretical basis and practical guidance of preparing copper clad aluminum composite rods by directly continuous casting, low melting point materials of lead and tin were selected to prepare composite rods of external diameter Φ12mm and inner diameter Φ8mm through adopting air pressing core filled continuous casting processing. The orthogonal tests consisting of three factors of melting lead temperature, continuous casting speed and inflation pressure at three different levels were designed to obtain arrangements of optimal process parameters that affected surface quality of bimetal casting rods in principle. The experiments showed that composite rods have excellent surface quality under the condition of melting lead temperature,375 , continuous casting speed, 10 mm/min, and inflation pressure, 0.03MPa.

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Orthogonal tests of lead-clad tin bimetal continuous casting by air pressure core-filling

Liang

Zhao

Zang

et al. 2011

J. Cent. South Univ. Technol.

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To provide theoretical basis and practical guidance for preparing composite rods of external diameter no larger than 12 mm by directly continuous casting, low melting point materials of lead and tin were selected to prepare composite rods of external diameter 12 mm and inner diameter 8 mm with air pressing core filled continuous casting process. The orthogonal tests consisting of three factors and three levels were designed to investigate the parameters of melting lead temperature, continuous casting speed and air pressure that affect the performance of the composite rods. The results show that melting lead temperature is the most important factor that influences the solid/liquid interface location; continuous casting speed is the most important factor that influences the surface quality and lead and tin inter-diffusion amount; air pressure can improve the surface quality obviously and make the rods easily drawn out, but the surface quality cannot get obvious improvement when the air pressure is above 0.03 MPa. The composite rods have excellent surface quality, obvious intermediate layer, even thick clad, and metallurgical bonding interface under the condition of melting lead temperature of 375 °C, continuous casting speed of 10 mm/min, and air pressure of 0.03 MPa.

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Aluminum clad zinc bimetallic planchet

Cited by 3 publications

References 1 publication

Fabrication of Aluminum Clad Copper Tube by Planet Schràge Walzwerk Process

Fabrication of Aluminum Clad Copper Tube by Planet Schràge Walzwerk Process

Study on Surface Quality of Lead Clad Tin Bimetal Continuous Casting by Air Pressing Core-Filling

Orthogonal tests of lead-clad tin bimetal continuous casting by air pressure core-filling

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