I’ve written and speculated extensively about the new Canadian polymer notes. Finally, I am excited to say I’ve got one in my hand now. Have a watch of this slideshow of the new polymer C$100. In comparison, watch this slideshow of the HK$10 (which is less than US/C $2).
Here is a video of me checking out the new polymer $100, I slowed down the video at various place so you can have a closer look at some features.
1) Raised ink: I definitely feel the raised ink on the large “100” and the shoulders and different parts of the bill.
2) What hidden 100? I have given up trying to find the hidden numbers (using a single light source) in the maple leaf! Some people can see it, not me. So if this security feature is hard to use, or only some people (or small percent of people) can use it, I am questioning if this is a good security feature at all!
3) Polymer but not cheap plastic feel: I actually quite like the feel and don’t feel it is “cheap” or anything thing. It feel like it is good quality. But only time and actually use will tell.
4) Large transparent window and metallic strip: I LOVE them! To me, they are the best part of the bill. They are extremely easy to inspect and tell if it is a real $100 with minimum training! They are hard to fake thanks to Securency International’s security features and patented technologies.
Further info: In March, I wrote a speculative technology piece with extensive links to patents by Securency International, “Bank of Canada’s new polymer banknote – Patents & technologies by Securency International” After the new $100 was announced in June, I wrote “Canada New Polymer $100 Notes in Nov 2011 – Now your money is smooth & will bounce!”
The HK$10 (less than US/C$ 2)
Here are some design info about the polymer $100 from Bank of Canada:
“$100 Note – Design Features
Portrait: Sir Robert L. Borden, Prime Minister, 1911–20
Signatures: Left – T. Macklem, Right – M.J. Carney
Size: 152.4 x 69.85 mm (6.0 x 2.75 inches)
Issue Date: November 2011
Theme: Medical Innovation
Canadians have long been at the frontiers of medical research and as a result have helped to save millions of lives worldwide. Notable Canadian contributions include pioneering the use of insulin to treat diabetes, DNA and genetic research, the invention of the pacemaker, and the first hospital-to-hospital robot-assisted surgery.
Researcher at a microscope
The image of a researcher using a microscope depicts Canada’s long-standing commitment to medical research.
Deoxyribonucleic acid (DNA) is the genetic blueprint of life. Canadian researchers have been at the forefront of mapping our human genetic makeup in this field of medical science.
This electrocardiogram provides a visual cue to Canada’s contributions to heart health, including the invention of the pacemaker by John Hopps in 1950.
The discovery of insulin to treat diabetes was made by Canadian researchers Frederick Banting and Charles Best in 1921.”