Smart Functional Materials
Smart Functional Materials are defined as those materials that change significantly one or more of their physical or chemical native properties when subjected to changes in their environment, thus rendering them stimuli-responsive.
Smart Functional Materials
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Smart functional materials are the basis of many applications, including sensors and actuators, artificial muscles, self healing materials, electroactive polymers etc. The range of application sectors is correspondingly large, including: information and communications technology, energy generation and storage transport, Healthcare, defence,consumer goods.
Many of the applications depend upon the use of multiple smart functional materials. Unlike many materials that are used in large volumes (such as, for example, building or packaging materials), the value of most smart functional materials lies in their enabling capabilities. Their economic impact comes from the effects of applying the devices and systems that use them, rather than the economic value of the materials themselves.
Related Opportunities
Innovation Exchange challenge: Green Hydrogen Electrolyser - Sub-gasket Application Methods
Opens: 28/03/2024 Closes: 02/05/2024
Challenge: to identify the best material and application process for manufacturing and applying a sub-gasket to a novel hydrocarbon polymer membrane.
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Innovation Exchange challenge: scaling up Direct Air Capture
Opens: 03/04/2024 Closes: 08/05/2024
Carbonbit seeks to identify process, mechanical and electrical engineering modifications to scale-up a small-scale DAC system to industrial scale.
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Knowledge transfer partnerships (KTP): 2024 to 2025 Round 2
Opens: 15/04/2024 Closes: 26/06/2024
Up to £9m to fund innovation projects, with businesses or not-for-profits working alongside academic institutions, RTOs or Catapults.
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Related Events and Recordings
Fri
29
Sep
2023
Briefing Event: Collaborative AI Solutions to improve productivity in key sectors
11.00 - 12.30 | Online