THE USE OF LANSIUM DOMESTICUM (LANZONES) PEELING EXTRACT AS AN ALTERNATIVE NATURAL FLOOR WAX

Abstract

The experimental study explores the development of an organic floor wax utilizing lanzones (Lansium domesticum) peels as a natural and eco-friendly alternative to traditional floor waxes. This approach not only aims to provide a sustainable solution but also seeks to mitigate potential health risks associated with conventional waxes.

Utilizing fruit peels, such as those from lanzones, in floor wax formulations offers an environmentally friendly option. A study on mixed fruit-flavored floor waxes incorporating peels from oranges, bananas, and lanzones demonstrated that these natural ingredients contribute to an eco-friendly product with a pleasant fragrance, reducing the reliance on synthetic chemicals. 

While carnauba wax, a common ingredient in traditional floor polishes, is generally recognized as safe for human consumption and topical application, 

 Therefore, exploring alternatives like lanzones peel-based waxes could offer benefits, especially for individuals concerned about potential sensitivities.

The development of an organic floor wax derived from lanzones peels presents a promising eco-friendly alternative to traditional products. This innovation not only enhances the aesthetic appeal of floors but also aligns with sustainable practices and addresses health considerations associated with conventional floor waxes. experimental study aims to develop an organic floor wax using lanzones peelings, olive oil, coconut oil, beeswax, and lavender oil as a safer alternative to commercial floor waxes. The effectiveness of this natural floor wax is evaluated by comparing its shininess and friction properties to those of commercial floor wax, utilizing a control group for accurate assessment.

Methodology:

Preparation of Floor Surfaces:

Materials: The study examines three types of flooring materials: wood, cement, and tiles.

Application: Both the commercial floor wax and the formulated lanzones peel floor wax are applied to each surface type under consistent conditions.

Measurement of Friction:

Inclined Plane Test: This method involves gradually increasing the angle of an inclined plane until the test object begins to slide, determining the static coefficient of friction for each wax-surface combination. 

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Assessment of Shininess:

Light Meter Usage: A light meter quantifies the glossiness of each treated surface by measuring the amount of light reflected, providing objective data on the shininess imparted by each wax.

By systematically analyzing the friction and shininess across different surfaces, the study aims to ascertain the viability of lanzones peel-based floor wax as a natural and effective substitute for commercial products. study's findings indicate that there is no statistically significant difference between the lanzones peel floor wax and the commercial brand floor wax concerning both shininess and friction. This conclusion is drawn based on the p-values obtained from the two-way ANOVA tests:

Shininess: The p-value is 0.48, which exceeds the conventional significance level of 0.05. Therefore, we fail to reject the null hypothesis, suggesting no significant difference in shininess between the two types of floor wax.

Friction: The p-value is 0.31, also greater than 0.05. Thus, we fail to reject the null hypothesis, indicating no significant difference in friction between the lanzones peel floor wax and the commercial brand.

In hypothesis testing, a p-value greater than the chosen significance level (commonly 0.05) implies insufficient evidence to reject the null hypothesis. This means that any observed differences are likely due to random variation rather than a true effect 

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It's important to note that a non-significant result does not prove that there is no difference; rather, it suggests that any potential difference is not statistically detectable with the current sample size and methodology. Further research with larger sample sizes or different experimental designs may be needed to explore this topic more comprehensively. The study demonstrates that floor wax derived from lanzones (Lansium domesticum) peels is as effective as commercial floor wax in terms of shininess and friction. This finding aligns with research exploring natural alternatives to conventional floor waxes.

For instance, studies have investigated the use of banana (Musa paradisiaca) peels as an alternative floor wax, highlighting their potential due to natural polishing properties. Similarly, formulations incorporating mixed fruit peels have been found to enhance floor shine while maintaining safety standards. 

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The development of an organic floor wax using lanzones peels offers several benefits:

Safety: Utilizing natural ingredients reduces exposure to potentially harmful chemicals found in some commercial waxes.

Eco-Friendliness: Repurposing agricultural waste contributes to environmental sustainability by minimizing waste and reducing reliance on synthetic materials.

Cost-Effectiveness: Locally sourced natural components can lower production costs, making the product more affordable for consumers.

By promoting the use of such eco-friendly and effective alternatives, communities can enhance safety and sustainability in their environments.