Explosive welding metals clad plates manufacturer

Clad Transition Joints for Aluminium Electrolyzing

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Clad Transition Joints for Aluminium Electrolyzing

Certificate: ISO9001:2008
Material: MarineGradee.g.Aluminum5083 + Steel (ASTMA516
CladdingMetalThickness: 0.5~50mm
BaseMetalThickness: 0.5~500mm
Sizes: LimitedOnlybyAvailabilityofMaterials
ProductType: FlatPlates (Square/Rectangular) RoundDisc
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Two Types available:Customized available.

Technical Parameter

Model SJ100 SJ101 SJ200
Interlayer none pure aluminum titanium
Characteristic economical popular selection high bonding strength
Bonding Rate 100% 100% 100%
Tensile Strength >85Mpa >110Mpa >210Mpa
Shear Strength >65Mpa >85Mpa >137Mpa
Max. Temp 315 degree, 30 mins 400 degree, 30 mins 500 degree, 30 mins
Standard GB/T2968-90, ASTM,ASME,AMS, MIL, JIS, DIN
Certificate ISO9001:2008
Base Metal STEEL ASTM A516 Gr,55
Clad Metal ALUMINUM ALLOY 5083 5086
Shape Plate/Strip/Pad

Hunan Phohom New Material Technology Co., Ltd.is aHigh-Tech company focusing on explosive welding of research, development, production and sales of explosive composite materials, with independent intellectual property rights and import &export rights; We have an annual output of 10000 tons of composite material production capacity,and with 1st, 2ndclass pressure vessel, a-class boiler manufacturing license and production capacity.

Our registered capital is RMB 30 million, our headquarter is located in high-tech zone of Changsha, Hunan Province, we have operation, R&D center, marketing center, equipment in Changsha; and experiment, explosion and processing bases in Hengyang, officesin Shanghai and Shenzhen.

Principle of Explosive Bonding
Clad Transition Joints for Aluminium Electrolyzing

Metal dynamic cladding technology uses high energy from explosivedetonation to produce ametallurgical weld between metal plates. It can produce high voltage pulse energy, pushing cladder collide with backer at aspecific velocity and impact angle. That process produces much bigger stress than the yield strength of metal material. All these happen at instantaneous moment and simultaneously infinitesimal adjacent area of collision point of limited loading stress of materials, realizing wavelike metallurgical weld of two materials.
Explosive bonding is free from materials shape, thickness and areas. It realizes metallurgical connection between dissimilar metals. Metallurgical bonding ensures no distributed transverse crack. It makes dissimilar metal combinations possible which are conventional impossible to weld while original metal properties maintain and joint/ bond stronger than the weakest material. And it saves rare metals and cost effectively, thin layer of expensive material cladded on athicker layer of cheap material.

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Clad Transition Joints for Aluminium Electrolyzing
Clad Transition Joints for Aluminium ElectrolyzingClad Transition Joints for Aluminium ElectrolyzingClad Transition Joints for Aluminium ElectrolyzingClad Transition Joints for Aluminium ElectrolyzingClad Transition Joints for Aluminium ElectrolyzingClad Transition Joints for Aluminium ElectrolyzingClad Transition Joints for Aluminium ElectrolyzingClad Transition Joints for Aluminium Electrolyzing

 

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