Polymer chameleons are closely linked to smart polymers, but with an emphasis on certain applications. And if you're not up-to-speed with smart polymers yet, check this out.
According to Frost and Sullivan, "Polymer Chameleons are stimuli-responsive polymers that undergo rapid changes in their microstructure, triggered by changes in the environment.".
And, the firm says, they're poised for rapid adoption and commercialisation across industries - in particular, the healthcare sector. Despite several challenges, research activities and partnerships between the research community and the industry, as well as funding from both government and private agencies, is helping spearhead development.
New analysis from Frost & Sullivan, Polymer Chameleons—9 Dimensional Assessment, finds that extensive research studies are underway on the application of polymer chameleons in areas such as drug delivery, molecular separation, flexible chips and biofilms. These technologies will reach commercialisation in the next three to four years.
"Increasing emphasis on smart materials and longer shelf life are driving use of polymer chameleons in various segments, especially healthcare," said Technical Insights Senior Industry Analyst Aarthi Janakiraman. "The healthcare industry is already researching polymer chameleons in drug delivery products for specialized applications and is looking to expand into other product segments and industries including personal care."
Customisation of polymers according to end-use applications, cost-effective manufacturing and scalability are the most significant challenges faced by technology developers. High raw material cost is another deterrent to large-scale uptake and commercialisation.
Nevertheless, research and strategic partnerships are enabling stakeholders to expand the scope of polymer chameleons. The best way for a company to handle an R&D portfolio is to design technologies that are specific to an end application.
"Focus is turning to responsive hydrogels for biomedical applications and protective coatings," added Technical Insights. "Research studies on polymer chameleons processed from renewable sources are also in progress and will propel polymer chameleons' development to a commercial scale."