Explosion Bonded Bimetallic Cryogenic Transition Joints

• Customization: Available
• Application: Air Condition or Refrigerator, Water Tube, Oil Cooler Pipe, Liquid Nitrogen
• Shape: Plate
• Alloy: Alloy
• Standard: GB/T
• Cladding Rate: 100%
• Cladding Thickness: More Than 10mm
• Base Thickness: More Than 12mm
• Transport Package: Export Standard Wooden Pallet
• Specification: According to Customer Requirement
• Trademark: Chalco Aluminum
• Origin: Henan China
• HS Code: 7419999100
• Production Capacity: 10000mt/Month

Product Description

                     Explosion Bonded Bimetallic Cryogenic Transition Joints

Chalco's explosion bonded bimetallic cryogenic transition joints, is used to connect aluminum to stainless steel pipe. With its high reliability under the cryogenic condition and leakage resistance. It has been installed in many equipment all over the world.

Explosion bonded bimetallic Cryogenic Transition Joints is specially produced for connection of dissimilar metals for us in cryogenic or high-vacuum lines, by machining explosion-bonded multi-layered clad plates to the follow structure.




Main features:

1. Smaller diameter, in comparison with flange connection, enables you to provide compact pipeline design.
2. Bond strength between different metsl is very great and stable to be effected by heat cycle.
3. Direct welding of stainless and aluminum alloy pipes using cryogenic transition joints allows no leakage of liquids or gas which assures advantageous environmental safety.

 

Typical data properties	Tensile strength(MPa)	Tensile strength (-196ºC)	Shear strength (MPa)	Shear strength (-196ºC)	Comp(MPa)	Impact(J)	Impact(-196ºC)
5083-O Al/1100 Al/Gd 1 Ti/Cu/304L SS	186	80(min)	83	45(min)	345	14	14(min)
5083-0/1100/Gd 1 Ti/304L SS	207	80(min)	89	45(min)	350	20	14(min)
6061 T6 Al/1100 Al/Gd 1 Ti/Cu/304 L SS	193	80(min)	83	45(min)	345	14	14(min)
6061 T6 Al/1100/Gd 1 Ti/ 304L SS	214	80(min)	89	45(min)	350	20	14(min)

Application: LPG, Liquid nitrogen, LNG, Others( if the fluids are either oxygen, liquid oxygen, hydrogen or carbon monoxide, they may cause the bad reaction, so please consult us).