It has come to our notice that certain fraudulent individuals or entities are misusing our Company’s name and TCI’s registered trademarks by promoting and offering regulated and hazardous chemical substances through online platforms like YouTube. We hereby categorically clarify that TCI has no association or connection whatsoever with the products being displayed or sold in the videos. These products have been falsely represented as being associated with TCI, and the unauthorized use of our trademark and brand name is both illegal and misleading. TCI Chemicals markets and sells its products exclusively through its official website and authorized distributors. If you become aware of any such fraudulent activity or require clarification, you may reach out to us at: Sales-IN@TCIchemicals.com. Click Here to View the Caution Notice.
Product Document Searching Made Easy by 2D Code! | [Product Highlights] Endogenous Biotin-Blocking Reagent...Maximum quantity allowed is 999
Please select the quantity
Reusable Photosensitive Materials Showing Reversible Solid-Liquid Phase Transition
Advantage
Can be repeatedly liquefied from solid form by UV light and solidified from liquid form by visible light at room temperature
Application 1
Two glass slides containing this material adhere to each other by irradiation with 450nm light. After phase transition, irradiation with 365 nm light reliquifies the material and breaks adhesion.
These materials show a maximal adhesion value of 60 N·cm-2 (0.6 MPa). B4598 (R=C12H25) exhibits the highest adhesion value.
Application 2
These materials can be easily blown and washed-off, making them applicable to simple lithography processes.
- Y. Norikane, E. Uchida, S. Tanaka, K. Fujiwara, E. Koyama, R. Azumi, H. Akiyama, H. Kihara, M. Yoshida, Org. Lett. 2014, 16, 5012.
- Y. Norikane, National Institute of Advanced Industrial Science and Technology, PCT Int. Appl. WO2013081155, 2013.
Photoresponses of crystalline film in polarized light microscopy
*Each sample thickness is ca. 1 µm.
Photoresponse time dependent on film thickness and light intensity.
(provided by AIST)