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@article{179793,
        author = {G. BALAMURUGAN and A. SHEIK RASHEED},
        title = {NOVEL POLYMER INTEGRATION IN ELEVATING STANDARDS FOR PROTECTIVE COATINGS},
        journal = {International Journal of Innovative Research in Technology},
        year = {2025},
        volume = {11},
        number = {12},
        pages = {7983-7987},
        issn = {2349-6002},
        url = {https://ijirt.org/article?manuscript=179793},
        abstract = {Bisphenol A (BPA) is a manufactured 
compound found in various plastics and tars. Due to 
the fact that BPA can enter food and beverages from 
holders made with it, concerns have been raised about 
its potential effects on health. the potential of bio
based lacquers derived from tomato processing waste, 
specifically tomato pomace, as long-term alternatives 
to metal food packaging coatings containing bisphenol 
A (BPA). Products containing bisphenol A that are 
frequently used may lead to a variety of health issues, 
including cardiovascular disease, diabetes, difficulties 
in child development, metabolic issues, and other 
conditions. The facade was conveyed through a few 
stages, transforming the side effects into significant 
materials that aid the human in maintaining a solid 
presence. There are a couple of stages drew in with 
making the, including drying tomato waste like seeds, 
slup, and skins in the sun and changing them into a 
powder in the microwave. From that point onward, the 
pomace's cell walls are separated by a compound like 
sodium hydroxide (NAOH) in the powder, permitting 
the lipid to be delivered. This provoked the 
polymerization of the lipid segment, which was solidly 
checked with specular infrared spectroscopy to choose 
the degree of esterification. The substance is then 
made waxy by mixing it with ethanol alcohol. The 
findings demonstrated that, in comparison to TFS and 
ETP substrate finishes, aluminum substrate finishes 
had superior mechanical properties and higher basic 
burdens. The hydrophobicity of the coatings was also 
most significant on aluminum, as shown by the water 
contact point evaluations. Support Vector Machines, 
or SVMs for short, are a type of supervised learning 
algorithm that are utilized in regression and 
classification tasks. When applied to issues including 
pH levels, for example, characterizing soil as acidic, 
nonpartisan, or antacid in view of pH estimations, 
SVMs can be especially successful. The SVM 
calculation works by finding a hyperplane in a high
layered space that best isolates various classes of 
information. With regards to pH level arrangement, 
the highlights could incorporate the pH readings 
alongside other ecological factors.},
        keywords = {},
        month = {May},
        }