
There has been several instances of icing having the toll on ships, aircraft, cars, railways, cooling systems, roller shutters and wind turbines. Nevertheless, the deposition of ice on surface leads to lower energy output, higher energy consumption and an increased risk of accidents. Besides, icing is known to cause increased maintenance and downtimes, inhibiting the efficiency of the relevant equipment. These aspects have attenuated the significance of anti-coatings. These insights draw resemblance from the intelligence report, titled, "Anti-icing Coatings Market—Global Industry Analysis, Size, Share, Growth, Trends, and Forecast 2018-2026," which has been freshly added to Market Research Hub's (MRH) extensive repository. The active strategies used for icing—thermal, chemical and mechanical methods—are marred by detrimental environmental consequences, high cost and energy-intensive. As such, it becomes essential to engineer surfaces for reducing ice adhesion and minimizing ice formation. Though superhydrophobic has been of particular interest in the commercial and academic communities to lower ice-adhesion, significant investigations have revealed buildup of frost, leading to the surge in the ice adhesion. Accordingly, manufacturers are designing anti-icing coatings with considerably low ice adhesion through constructing a self-sustainable lubricating layer (SSLL), achieved by modifying solid surfaces with highly water-absorbing, hydrophilic poly (acrylic acid).