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NiTi #7 (NiTiNbY)

Consisting of nickel, titanium, niobium, and yttrium, NiTi #7 is our most compositionally complex and exceptional Nitinol alloy commercially available. This alloy offers significantly higher plateau strengths while maintaining superplasticity across a wide temperature range. 

 Talk with a technical expert

Understanding NiTi #7

Because NiTi #7 has almost double the plateau strengths (both UPS and LPS) of an equivalent size binary Nitinol, it opens the door for downsizing medical devices. Additionally, it continues nuts to exhibit superplastic behavior between -130°C to +150°C [-202°F to 302°F], making it a viable material option in non-medical applications. 

Product forms

Flat wire

Wire with a rectangular cross-section

Round wire

Wire with a circular cross-section

Strands and cables

Advanced multi-filament wire constructions

 

Size range

0.01778 mm to 0.762 mm [0.0007 in to 0.030 in] (depending on the condition)

Surface finishes

  • Light oxide
  • Dark oxide
  • Etched
  • Etched and polished
  • Pickled

Conditions

  • Hard(≥0.01778 mm [0.0007 in])
  • Straight annealed (≥0.0254 mm [0.001 in])

Available in cut lengths and on a spool (depending on the condition)

Additional capabilities 

Coatings

To provide electrical insulation or chemical separation

Mechanical assembly

Crimps, fittings, and specialized parts

Shape set parts

Custom Nitinol wire constructions that can deform and return to a set shape

 

 

Typical end uses

  • Automotive
  • Electronics
  • Guidewires
  • Neurovascular devices

Aerospace

A testament to our continuous advancements in our melting and processing capabilities, this quaternary Nitinol alloy demonstrates our commitment to pioneering material breakthroughs that advance space applications. If you want to learn more about how NiTi #7 can be used in your aerospace project, submit the form below.

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Start the conversation

NiTi #7 (NiTiNbY)

Consisting of nickel, titanium, niobium, and yttrium, NiTi #7 is our most compositionally complex and exceptional Nitinol alloy commercially available. This alloy offers significantly higher plateau strengths while maintaining superplasticity across a wide temperature range. 

 Talk with a technical expert

Understanding NiTi #7

Because NiTi #7 has almost double the plateau strengths (both UPS and LPS) of an equivalent size binary Nitinol, it opens the door for downsizing medical devices. Additionally, it continues nuts to exhibit superplastic behavior between -130°C to +150°C [-202°F to 302°F], making it a viable material option in non-medical applications. 

Product forms

Flat wire

Wire with a rectangular cross-section

Round wire

Wire with a circular cross-section

Strands and cables

Advanced multi-filament wire constructions

 

Size range

0.01778 mm to 0.762 mm [0.0007 in to 0.030 in] (depending on the condition)

Surface finishes

  • Light oxide
  • Dark oxide
  • Etched
  • Etched and polished
  • Pickled

Conditions

  • Hard(≥0.01778 mm [0.0007 in])
  • Straight annealed (≥0.0254 mm [0.001 in])

Available in cut lengths and on a spool (depending on the condition)

Additional capabilities 

Coatings

To provide electrical insulation or chemical separation

Mechanical assembly

Crimps, fittings, and specialized parts

Shape set parts

Custom Nitinol wire constructions that can deform and return to a set shape

 

 

Typical end uses

  • Automotive
  • Electronics
  • Guidewires
  • Neurovascular devices

Aerospace

A testament to our continuous advancements in our melting and processing capabilities, this quaternary Nitinol alloy demonstrates our commitment to pioneering material breakthroughs that advance space applications. If you want to learn more about how NiTi #7 can be used in your aerospace project, submit the form below.

Unable to load the form? Click the button below:

Start the conversation