fuxus® Nitinol Paperclip Magic Trick Memory Alloy Paper Clip SMA
This nondescript paper clip has it all. It can be easily deformed at room temperature. But as soon as you warm it up (hot water, for example), it immediately springs back into the paperclip shape. It always turns back into a paperclip shape Interesting demonstration and learning object to demonstrate the properties of nitinol. Funny and surprising gadget. It always amazes spectators. Nitinol Memory Alloy Paperclip Magic Trick SMA shape memory alloy fuxus®
This nondescript paper clip has it all.
It can be easily deformed at room temperature.
But as soon as you warm it up (hot water, for example), it immediately springs back into the paperclip shape.
It always turns back into a paperclip shape
.
Nitinol is the name of a so-called shape memory alloy.
These are able to reform at a certain temperature.
Interesting demonstration and learning object to demonstrate the properties of nitinol.
Funny and surprising gadget. It always amazes spectators.
Nitinol Memory Alloy Paperclip Magic Trick SMA shape memory alloy fuxus®
They are able to spring back to a memorized shape at a certain temperature .
The form, which it occupies then, is previously memorized at almost any shape.
It's called "train".
As soon as it is exposed to a defined temperature, she immediately goes back in stored form.
In the cold state, she can be deformed with little effort.
When heated above 45 ° C, she jumps back in Clip form.
50 x 14 height x width (in mm)
Wire diameter 1 mm
Caution:
Nitinoles are very different. They have very different characteristics depending on the return spring temperature.
As an example, Nitinole with higher body temperature alloys are softer and can be deform extremely.
Nitinoles with low body temperatures. You can deform it limited.
Therefore do not apply all general operating information that is generally known about nitinol shape memory alloy for
all Nitinoles equal
observe the following instructions for dealing with our Nitinolelement:
-do not test with fire (the stored form can be deleted)
-do not deform when warm.... cool down before
-deform it as far as only until a significantly higher resistance can be felt.
Approximate dimensions:
50 x 14 height x width (in mm)
Wire diameter 1 mm
