Kellogg's Research Labs, Standard Temp 115°F (45°C), 0.020" (0.5mm) Shape Memory Nitinol wire, 5 feet

Kellogg's Research Labs, Standard Temp 115°F (45°C), 0.020"

Nitinol, also known as Ni-Ti is one of several shape memory alloys available. The shape memory effect comes from the mixture of nickel and titanium transferring between the martensite and austenite phases of crystal structure. Basically, what this looks like is you have a wire that you can straighten, bend into any shape, mash, etc. and then place it in hot water to watch it come back to its original shape. The uses for this are endless. These make wonderful magic tricks for when you dunk the wire into someone's coffee, the wire turns into the card that they have in their hand. They're great for birthday parties to see your child's amazement when this simple piece of wire turns into their name when someone 'accidentally' spills coffee on it. Other uses include robotics, heat engines, science projects, practical jokes, artery stents for a bypass surgery, the only limitation is your creativity.

  • Brand: Kellogg's Research Labs
  • ASIN: B00E4TDXG6
  • UPC: 608938664013

Kellogg's Research Labs, Standard Temp 115°F (45°C), 0.040" (1.0mm) Shape Memory Nitinol wire, 5 feet

Kellogg's Research Labs, Standard Temp 115°F (45°C), 0.040"

Nitinol, also known as Ni-Ti is one of several shape memory alloys available. The shape memory effect comes from the mixture of nickel and titanium transferring between the martensite and austenite phases of crystal structure. Basically, what this looks like is you have a wire that you can straighten, bend into any shape, mash, etc. and then place it in hot water to watch it come back to its original shape. The uses for this are endless. These make wonderful magic tricks for when you dunk the wire into someone's coffee, the wire turns into the card that they have in their hand. They're great for birthday parties to see your child's amazement when this simple piece of wire turns into their name when someone 'accidentally' spills coffee on it. Other uses include robotics, heat engines, science projects, practical jokes, artery stents for a bypass surgery, the only limitation is your creativity.

  • Brand: Kellogg's Research Labs
  • ASIN: B00E4TE3XI
  • UPC: 608938664051

Kellogg's Research Labs, Body Temp 95°F (35°C), 0.040" (1.0mm) Shape Memory Nitinol wire, 5 feet

Kellogg's Research Labs, Body Temp 95°F (35°C), 0.040"

Nitinol, also known as Ni-Ti is one of several shape memory alloys available. The shape memory effect comes from the mixture of nickel and titanium transferring between the martensite and austenite phases of crystal structure. Basically, what this looks like is you have a wire that you can straighten, bend into any shape, mash, etc. and then place it in hot water to watch it come back to its original shape. The uses for this are endless. These make wonderful magic tricks for when you dunk the wire into someone's coffee, the wire turns into the card that they have in their hand. They're great for birthday parties to see your child's amazement when this simple piece of wire turns into their name when someone 'accidentally' spills coffee on it. Other uses include robotics, heat engines, science projects, practical jokes, artery stents for a bypass surgery, the only limitation is your creativity.

  • Brand: Kellogg's Research Labs
  • ASIN: B00E4TE2PM
  • UPC: 608938664044

KRL Cut to Length Nitinol Spring STD Temp 115°F (45°C) 0.040" (1.0mm)

KRL Cut to Length Nitinol Spring STD Temp

Nitinol, also known as Ni-Ti is one of several shape memory alloys available. The shape memory effect comes from the mixture of nickel and titanium transferring between the martensite and austenite phases of crystal structure. Basically, what this looks like is you have a wire that you can straighten, bend into any shape, mash, etc. and then place it in hot water to watch it come back to its original shape. The uses for this are endless. Uses include robotics, heat engines, science projects, practical jokes, artery stents for a bypass surgery, the only limitation is your creativity.

  • Brand: Kellogg's Research Labs
  • ASIN: B00EECXBT2

Kellogg's Research Labs, Body Temp 95°F (35°C), 0.020" (0.5mm) Shape Memory Nitinol wire, 5 feet

Kellogg's Research Labs, Body Temp 95°F (35°C), 0.020"

Nitinol, also known as Ni-Ti is one of several shape memory alloys available. The shape memory effect comes from the mixture of nickel and titanium transferring between the martensite and austenite phases of crystal structure. Basically, what this looks like is you have a wire that you can straighten, bend into any shape, mash, etc. and then place it in hot water to watch it come back to its original shape. The uses for this are endless. These make wonderful magic tricks for when you dunk the wire into someone's coffee, the wire turns into the card that they have in their hand. They're great for birthday parties to see your child's amazement when this simple piece of wire turns into their name when someone 'accidentally' spills coffee on it. Other uses include robotics, heat engines, science projects, practical jokes, artery stents for a bypass surgery, the only limitation is your creativity.

  • Brand: Kellogg's Research Labs
  • ASIN: B00E4TDVWM
  • UPC: 608938664020

5 Feet of Nitinol Memory Wire, with Teacher's Guide

5 Feet of Nitinol Memory Wire, with Teacher's

In our experience the 0.5mm diameter nitinol offers the best in terms of ease of manipulation The properties of Nitinol (pronounced "night-in-all") were discovered by William J. Buehler and Frederick Wang at the Naval Ordinance Laboratory in 1959. Its name is derived from its composition of nickel and titanium, as well as its place of discover at the Naval Ordinance Laboratory. At the time, Beuhler was trying to create a better nose cone for missiles, and during a presentation the folded up piece of nitinol came into contact with a lighter. Much to the surprise of everyone in attendance, the material retook its previous shape. The nitinol alloy exhibits two unique, related properties: shape memory, and superelasticity. With its shape memory, nitinol is capable of undergoing deformation at one temperature, and when exposed to a heat supply above its transformation temperature, it will recover is original, undeformed shape. Its superelasticity occurs in a narrow temperature range just above the transformation temperature, wherein it exhibits enormous elastic capacity, in the range of 10-30x that of ordinary metal. It is an excellent demonstration and teaching tool for both physics and chemistry classes, as it can be used as an educational aid for shape memory, superelasticity, a...

  • Brand: OnlineScienceMall
  • ASIN: B07CB4KK7W

WYTCHNITI-35 Nitinol #1 Wire, Light or Dark Oxide Finish, Super Elastic Condition, Precision Tolerance, ASTM F2063, 0.011" Diameter, 73" Length (Pack of 5)

WYTCHNITI-35 Nitinol #1 Wire, Light or Dark Oxide

The nitinol #1 wire has a super-elastic temper, light or dark oxide finish, precision tolerance, and meets American Society for Testing and Materials International ASTM F2063 specifications. Nitinol #1 provides corrosion resistance and has a super-elastic temper, which is spring like and ensures that the wire returns to its original shape after bending. The material is nonmagnetic and can be heated to a certain temperature to enable shape-memory characteristics. The oxide finish provides mild corrosion resistance. Nickel titanium, also known as nitinol, is a corrosion-resistant metal that can exhibit shape-memory characteristics. When in its shape-memory temper, the material can be contorted but will return to its original shape when heated to a specific temperature. Tensile strength, used to indicate the material’s overall strength, is the peak stress it can withstand before it breaks. Corrosion resistance describes the material's ability to prevent deterioration caused by atmosphere, moisture, or other medium. Hardness (commonly measured as indentation hardness) describes its resistance to permanent surface deformation. Magnetism characterizes how much the material is repelled by or attracted to a magnet.

  • Brand: Small Parts
  • ASIN: B00ODUJJ8C

Nitinol Memory Metal Heat Engine - Nitinol Wire Stirling Engine

Nitinol Memory Metal Heat Engine - Nitinol Wire

This fully assembled Memory Metal Heat Engine demonstrates the conversion of heat energy into mechanical energy. This simple Nitinol Wire Heat Engine is constructed of a boomerang shaped clear acrylic holder with two high quality cast aluminum pulleys. The pulleys feature ball bearing construction for fluid movement. Simply immerse the leading edge of the smaller pulley into an 45 - 90 Degree Celsius water bath, give the larger wheel a gentle spin and watch it fly! These engines will work in either direction. This engine really moves, easily topping 500 RPM! ----SPECIFICATIONS---- Overall Length: 8" / 20cm Thickness: @ 1" / 25mm Weight: 4 oz. Minimum Operating Temperature (Starting Temperature May be Higher): 45 Deg. C Maximum Operating Temperature: 90 Deg. C ----CONCEPT---- This ingenious memory metal engine exploits a property of the Nitinol metal alloy that makes it want to return to the shape it was originally formed in when produced. This property of Nitinol alloy is known as the "memory effect". Nitinol wire is produced in straight lengths at a temperature of @600 Degrees Celsius. After it is allowed to cool, it is manually deformed and joined into a closed loop and positioned around the pulleys. When submerged into hot water (@ 80 Degrees C), the Nitinol wire tries to retu...

  • ASIN: B00HQ283T0

Kellogg's Research Labs, High Temp 180°F (80°C), 0.040" (1.0mm) Shape Memory Nitinol wire, 5 feet

Kellogg's Research Labs, High Temp 180°F (80°C), 0.040"

Nitinol, also known as Ni-Ti is one of several shape memory alloys available. The shape memory effect comes from the mixture of nickel and titanium transferring between the martensite and austenite phases of crystal structure. Basically, what this looks like is you have a wire that you can straighten, bend into any shape, mash, etc. and then place it in hot water to watch it come back to its original shape. The uses for this are endless. These make wonderful magic tricks for when you dunk the wire into someone's coffee, the wire turns into the card that they have in their hand. They're great for birthday parties to see your child's amazement when this simple piece of wire turns into their name when someone 'accidentally' spills coffee on it. Other uses include robotics, heat engines, science projects, practical jokes, artery stents for a bypass surgery, the only limitation is your creativity.

  • Brand: Kellogg's Research Labs
  • ASIN: B00E4TE52W

Kellogg's Research Labs, High Temp 180°F (80°C), 0.020" (0.5mm) Shape Memory Nitinol wire, 5 feet

Kellogg's Research Labs, High Temp 180°F (80°C), 0.020"

Nitinol, also known as Ni-Ti is one of several shape memory alloys available. The shape memory effect comes from the mixture of nickel and titanium transferring between the martensite and austenite phases of crystal structure. Basically, what this looks like is you have a wire that you can straighten, bend into any shape, mash, etc. and then place it in hot water to watch it come back to its original shape. The uses for this are endless. These make wonderful magic tricks for when you dunk the wire into someone's coffee, the wire turns into the card that they have in their hand. They're great for birthday parties to see your child's amazement when this simple piece of wire turns into their name when someone 'accidentally' spills coffee on it. Other uses include robotics, heat engines, science projects, practical jokes, artery stents for a bypass surgery, the only limitation is your creativity.

  • Brand: Kellogg's Research Labs
  • ASIN: B00E4TDYV0

1 Foot of Nitinol Memory Wire, with Teachers Guide

1 Foot of Nitinol Memory Wire, with Teachers

In our experience the 0.5mm diameter nitinol offers the best in terms of ease of manipulation The properties of Nitinol (pronounced "night-in-all") were discovered by William J. Buehler and Frederick Wang at the Naval Ordinance Laboratory in 1959. Its name is derived from its composition of nickel and titanium, as well as its place of discover at the Naval Ordinance Laboratory. At the time, Beuhler was trying to create a better nose cone for missiles, and during a presentation the folded up piece of nitinol came into contact with a lighter. Much to the surprise of everyone in attendance, the material retook its previous shape. The nitinol alloy exhibits two unique, related properties: shape memory, and superelasticity. With its shape memory, nitinol is capable of undergoing deformation at one temperature, and when exposed to a heat supply above its transformation temperature, it will recover is original, undeformed shape. Its superelasticity occurs in a narrow temperature range just above the transformation temperature, wherein it exhibits enormous elastic capacity, in the range of 10-30x that of ordinary metal. It is an excellent demonstration and teaching tool for both physics and chemistry classes, as it can be used as an educational aid for shape memory, superelasticity, a...

  • Brand: OnlineScienceMall
  • ASIN: B01HN6IFJ6

Kellogg's Research Labs, Air Temp 70°F (20°C), 0.020" (0.5mm) Shape Memory Nitinol wire, 5 feet

Kellogg's Research Labs, Air Temp 70°F (20°C), 0.020"

Nitinol, also known as Ni-Ti is one of several shape memory alloys available. The shape memory effect comes from the mixture of nickel and titanium transferring between the martensite and austenite phases of crystal structure. Basically, what this looks like is you have a wire that you can straighten, bend into any shape, mash, etc. and then place it in hot water to watch it come back to its original shape. The uses for this are endless. These make wonderful magic tricks for when you dunk the wire into someone's coffee, the wire turns into the card that they have in their hand. They're great for birthday parties to see your child's amazement when this simple piece of wire turns into their name when someone 'accidentally' spills coffee on it. Other uses include robotics, heat engines, science projects, practical jokes, artery stents for a bypass surgery, the only limitation is your creativity.

  • Brand: Kellogg's Research Labs
  • ASIN: B00E4TDT42
  • UPC: 608938664037

5 pack of Kellogg's Research Labs Nitinol Micro Spring STD Temp 115°F (45°C) 0.020" (0.5mm) wire, 0.045" (2.4mm) mandrel, 0.5 mm pitch

5 pack of Kellogg's Research Labs Nitinol Micro

Nitinol, also known as Ni-Ti is one of several shape memory alloys available. The shape memory effect comes from the mixture of nickel and titanium transferring between the martensite and austenite phases of crystal structure. Basically, what this looks like is you have a wire that you can straighten, bend into any shape, mash, etc. and then place it in hot water to watch it come back to its original shape. The uses for this are endless. Uses include robotics, heat engines, science projects, practical jokes, artery stents for a bypass surgery, the only limitation is your creativity. Nitinol springs are shipped as a continuous length to maximize the usability of the spring by allowing the end user to cut the springs to their ideal size--saving both time and money.

  • Brand: Kellogg's Research Labs
  • ASIN: B00L2CJWZE

Nitinol Memory Wire 12" Length x .03" Diameter

Nitinol Memory Wire 12" Length x .03"

Nitinol Memeory Wire is a Shaped Memory Effect (SME). The alloy can be made to remember a particular shape. Once a shape has been remembered, the alloy may be bent out of shape. Then returned to its original shape by heating the alloy about it transition temperature. This SME property is used in a toy called Memory Wire. You can bend the Memory Wire toy into any shape you want, then place it in hot water and the wire quickly whips itself back into shape. It is interesting to watch this wire almost magically unfold and uncoil itself back into its original shape. The Memory Wire toy is made of nitinol wire with a low transition temperature (the temperature of hot water). The force generated when the wire is reverting is surprisingly strong. One square inch of Nitinol material generates a shape returning force of + 30,000 PSI.

  • Brand: Images SI
  • ASIN: B00QAZ031K
  • UPC: 852665447740

Nitinol #1 Wire, Oxide Finish, Super Elastic Temper, ASTM F2063, 0.024" Diameter, 72" Length

Nitinol #1 Wire, Oxide Finish, Super Elastic Temper,

The nitinol #1 wire has a super-elastic temper, an oxide finish, and a standard tolerance, and meets American Society for Testing and Materials International ASTM F2063 specifications. Nitinol #1 provides corrosion resistance and has a super-elastic temper, which is spring like and ensures that the wire returns to its original shape after bending. The material is nonmagnetic and can be heated to a certain temperature to enable shape-memory characteristics. The oxide finish provides mild corrosion resistance.Nickel titanium, also known as nitinol, is a corrosion-resistant metal that can exhibit shape-memory characteristics. When in its shape-memory temper, the material can be contorted but will return to its original shape when heated to a specific temperature.Tensile strength, used to indicate the material’s overall strength, is the peak stress it can withstand before it breaks. Corrosion resistance describes the material's ability to prevent deterioration caused by atmosphere, moisture, or other medium. Hardness (commonly measured as indentation hardness) describes its resistance to permanent surface deformation. Magnetism characterizes how much the material is repelled by or attracted to a magnet.

  • Color: Light or Dark Oxide
  • Brand: Small Parts
  • ASIN: B000M3M7II

Flat Ribbon Wire 0.1x0.3, Nichrome 80 Resistance Wire - 200ft

Flat Ribbon Wire 0.1x0.3, Nichrome 80 Resistance Wire

  • Brand: FogsLord
  • ASIN: B07F7QKVVX
  • UPC: 742271454167

Nitinol Memory Wire Classroom Kit w/Teachers Guide - 30 Pre-Cut 1 Foot Pieces

Nitinol Memory Wire Classroom Kit w/Teachers Guide -

In our experience the 0.5mm diameter nitinol offers the best in terms of ease of manipulation The properties of Nitinol (pronounced "night-in-all") were discovered by William J. Buehler and Frederick Wang at the Naval Ordinance Laboratory in 1959. Its name is derived from its composition of nickel and titanium, as well as its place of discover at the Naval Ordinance Laboratory. At the time, Beuhler was trying to create a better nose cone for missiles, and during a presentation the folded up piece of nitinol came into contact with a lighter. Much to the surprise of everyone in attendance, the material retook its previous shape. The nitinol alloy exhibits two unique, related properties: shape memory, and superelasticity. With its shape memory, nitinol is capable of undergoing deformation at one temperature, and when exposed to a heat supply above its transformation temperature, it will recover is original, undeformed shape. Its superelasticity occurs in a narrow temperature range just above the transformation temperature, wherein it exhibits enormous elastic capacity, in the range of 10-30x that of ordinary metal. It is an excellent demonstration and teaching tool for both physics and chemistry classes, as it can be used as an educational aid for shape memory, superelasticity, a...

  • Brand: OnlineScienceMall
  • ASIN: B013GLT18G

Nitinol Memory Wire Spring Kit w/Teachers Guide

Nitinol Memory Wire Spring Kit w/Teachers

In our experience the 0.5mm diameter nitinol offers the best in terms of ease of manipulation The properties of Nitinol (pronounced "night-in-all") were discovered by William J. Buehler and Frederick Wang at the Naval Ordinance Laboratory in 1959. Its name is derived from its composition of nickel and titanium, as well as its place of discover at the Naval Ordinance Laboratory. At the time, Beuhler was trying to create a better nose cone for missiles, and during a presentation the folded up piece of nitinol came into contact with a lighter. Much to the surprise of everyone in attendance, the material retook its previous shape. The nitinol alloy exhibits two unique, related properties: shape memory, and superelasticity. With its shape memory, nitinol is capable of undergoing deformation at one temperature, and when exposed to a heat supply above its transformation temperature, it will recover is original, undeformed shape. Its superelasticity occurs in a narrow temperature range just above the transformation temperature, wherein it exhibits enormous elastic capacity, in the range of 10-30x that of ordinary metal. It is an excellent demonstration and teaching tool for both physics and chemistry classes, as it can be used as an educational aid for shape memory, superelasticity, a...

  • Brand: OnlineScienceMall
  • ASIN: B07BWTJP3L

Kellogg's Research Labs, High Temp 180°F (80°C), 0.010" (0.25mm) Shape Memory Nitinol wire, 5 feet

Kellogg's Research Labs, High Temp 180°F (80°C), 0.010"

Nitinol, also known as Ni-Ti is one of several shape memory alloys available. The shape memory effect comes from the mixture of nickel and titanium transferring between the martensite and austenite phases of crystal structure. Basically, what this looks like is you have a wire that you can straighten, bend into any shape, mash, etc. and then place it in hot water to watch it come back to its original shape. The uses for this are endless. These make wonderful magic tricks for when you dunk the wire into someone's coffee, the wire turns into the card that they have in their hand. They're great for birthday parties to see your child's amazement when this simple piece of wire turns into their name when someone 'accidentally' spills coffee on it. Other uses include robotics, heat engines, science projects, practical jokes, artery stents for a bypass surgery, the only limitation is your creativity.

  • Brand: Kellogg's Research Labs
  • ASIN: B00E4TDPCS
  • UPC: 608938663986

Nitinol Memory Wire

Nitinol Memory

Nitinol Memeory Wire is a Shaped Memory Effect (SME). The alloy can be made to remember a particular shape. Once a shape has been remembered, the alloy may be bent out of shape. Then returned to its original shape by heating the alloy about it transition temperature. This SME property is used in a toy called Memory Wire. You can bend the Memory Wire toy into any shape you want, then place it in hot water and the wire quickly whips itself back into shape. It is interesting to watch this wire almost magically unfold and uncoil itself back into its original shape. The Memory Wire toy is made of nitinol wire with a low transition temperature (the temperature of hot water). The force generated when the wire is reverting is surprisingly strong. One square inch of Nitinol material generates a shape returning force of + 30,000 PSI.

  • Brand: Images SI
  • ASIN: B00HGG5GU0
  • UPC: 852665447603
Similar Nitinol Wire Results
Nitinol Wire Video Results
           

More Memory Wire Experiments!

Nitinol Wire

More tests with the amazing memory wire! Twitter-https://twitter.com/Mist8kofficial Facebook-http://www.facebook.com/mist8kspage So I have lots of Nitinol! Might as well do some more experiments with it! Tags- nitinol, memory wire, cool experiment, aerogel, memory metal, knot, blow torch...

Tags: mist8k,More Memory Wire Experiments!,cool exper...

Nitinol Wire/Shape Memory Alloy - How to Use it

Nitinol Wire

Nitinol wire, how to program this shape memory wire and test it. I use a candle flame for programming it and both a candle flame and electrical current for testing the nitinol. I also make a spring out of the nitinol wire and measure the force produced while it takes on its programmed shape. Sup...

Tags: nitinol,nitinol wire,shape memory alloy,Nickel ...

Very strong Nitinol Engine running on warm water and ice

Nitinol Wire

Dr. Johnson's Heat Engine This is a demonstration of Dr. Johnson's Heat Engine, a Nitinol based engine that works at very low temperatures. I bought it from the company "Smart Wires" in the Czech Republic. Transcript: Welcome to a demonstration of Dr. Johnson's Heat Engine (an application...

Tags: Nitinol,Nitinol engine,shape memory,shape memor...