| abstract |
An imprint stamp made from a high fluorine content material and a method of fabricating an imprint stamp from a high fluorine content material are disclosed. The imprint stamp includes an imprint pattern that can be formed in the imprint stamp during a molding process wherein the high fluorine content material is applied to a mold that includes a pattern to be replicated in the high fluorine content material to form the imprint pattern. The high fluorine content material of the imprint stamp is resistant to blending, pairing, and swelling. An imprint stamp made from the high fluorine content material can be used for several hundred or more embossing steps without damage or wear to the imprint stamp and/or the imprint pattern. |