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Abstract:
The main aim of this research work is to develop a multi walled carbo nanotubes and carbon nano fibers in a superhydrophobic manner.It is developed in the form of a carbon composite.The work is coated by including a water contact angle 158.2° and also with an inclined angle of 5.2°.The advanced processing technique is utilized in this work.In this the combimation of supercritical fluid processing is done.The supercooled water experiment (SWT) displayed that the surface of composite coating wettability is a major controlling section for decreasing ice accretion on the stable surface. Based on the observations it can be identified that both the carbon nao tubes and multi walled carbon nano tubes had a very good wear resistant.Moreover, the ~120 S duration of rubbing the inclusion of trapped wear fibers and matrix increase the friction of force because of strong adsorption and the resulting composites have strong mechanical transduction compared with CNF and MWCNT coating. These results show that a coating strategy is very effective for anti-icing system and it s attributed to the the impending value in certain application where maximum scale is required.
Conclusion:
The findings are given below:
- A robust superhydrophobic composites of MWCNT/CNF coating having excellent wear resistant properties was sucessfully prepared in both the micro and nano structures simultaneously.
- Based on the results obtained through abrasion the composites with superhydrophobic coating possesed good and phenomenal wear resistance.It is far superior than the commercial coating based on the adhesice coating. These coating demonstrated the high water contact anlgle of 163.2°.
- Anti-icing experiment results specify that the ice-phobicities on the composite coating behave good cold resistance. We observe, the experimental end result furnished with this handy work would furnish enormously icephobicity property and heat-resistance property of a superhydrophobic surface coating with feasible use in both educational research and industrial purposes.
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