Transition Joints
 
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Coextruded bimetallic transition joints permit two dissimilar metals to be seamlessly connected in a metallurgical bond that is stronger than either of its components. This hardware provides key performance advantages over materials manufactured by conventional joining techniques. Customers deploy ASM transition joints in aerospace, cryogenics, energy, and telecommunication applications.

Typical Mechanical Properties

Alloy 304 SS/Ti-6Al-4V
Temperature Ambient
Tensile Strength 115,000 psi
Elongation 22%
Yield Strength 75,000 psi
Burst Stress 95,000 psi

 

Contact an ASM representative to discuss how we can meet your needs.

 
Applications  

Aerospace
Our transition joints made from combinations of titanium, stainless steel alloys, and aluminum connect liquid rocket fuel tanks to propulsion systems in satellites.

Cryogenics
Our leak-tight stainless steel/aluminum joints enable worry-free fluid transfer across extreme temperature gradients.

Energy
Our joints involving combinations of standard alloys with exotic materials, such as zircalloy or niobium, address critical energy industry applications.