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DEVELOPMENT OF COMPOSITE ADHESIVE MIXTURES FOR CERAMIC TILE INSTALLATION USING WATER-SOLUBLE POLYMERS
Kurbanov Zavqiddinjon Hamidduloyevich
senior teacher Suyunov Laziz
student Jizzakh Polytechnic Institute E mail: [email protected] https://doi.org/10.5281/zenodo.14546848
ABSTRACT
Qabul qilindi: 10- Dekabr 2024 yil Ma'qullandi: 15- Dekabr 2024 yil Nashr qilindi: 23- Dekabr 2024 yil
KEY WORDS
adhesive component, water-soluble polymers, Carboxymethyl Cellulose (CMC), Polymer Integration
The construction industry continuously seeks innovative solutions to enhance the efficiency and longevity of building materials. This study explores the formulation of advanced composite adhesive mixtures incorporating water-soluble polymers into traditional cement-based adhesives, specifically designed for ceramic tile installations. These polymers are intended to address the limitations of conventional adhesives by enhancing properties such as adhesion strength, flexibility, workability, and moisture resistance. The results demonstrate significant improvements in the physical properties of the adhesives, suggesting potential applications in modern construction practices.
Introduction
Ceramic tiles are widely recognized for their aesthetic appeal, durability, and resistance to wear, making them a popular choice for both residential and commercial flooring and wall applications. The effectiveness of ceramic tile installations significantly depends on the quality of the adhesive used, which ensures the tiles remain securely fixed and affects their functional lifespan. Traditional cement-based adhesives, while providing robust adhesion, exhibit several drawbacks such as brittleness, susceptibility to moisture, and long curing times.
Research Objective
The primary objective of this research is to develop an enhanced composite adhesive mixture that incorporates water-soluble polymers into conventional cement-based adhesives. The aim is to overcome the existing limitations of traditional adhesives by improving key performance characteristics, including workability, adhesion strength, flexibility, and moisture resistance, thereby meeting the stringent demands of modern construction practices.
Materials and Methods
Materials Used
1. Portland Cement: The base material providing the primary adhesive component and structural integrity.
2. Fine Sand: Acts as a filler material, adding bulk and aiding in the mechanical bonding of the adhesive.
3. Water-Soluble Polymers:
o Polyvinyl Alcohol (PVA): Enhances the adhesive's flexibility and tensile strength, contributing to improved handling characteristics.
o Carboxymethyl Cellulose (CMC): Increases the viscosity and workability of the adhesive mixture, facilitating easier application and adjustment during the tile-laying process.
4. Standard Ceramic Tiles: Serve as the substrate for testing the adhesive's effectiveness.
5. Water: Essential for activating the cement hydration process and dissolving the polymers, ensuring a uniform mixture.
Methodology
1. Preparation of Adhesive Mixtures:
o A standard base mixture of cement to sand at a 1:3 ratio is prepared to provide a stable matrix.
o Water-soluble polymers are added in varying concentrations (1%, 2%, and 5% by weight of cement) to determine their optimal levels for enhancing adhesive properties.
o Water is incrementally mixed into the dry ingredients to achieve the desired consistency for application.
2. Application and Testing:
o The adhesive is evenly applied to a clean, level surface, simulating a typical tile installation.
o Ceramic tiles are then placed onto the freshly applied adhesive layer, ensuring full contact and alignment.
o The adhesive's performance is evaluated through several tests, measuring parameters such as curing time, adhesion strength, flexibility, and moisture resistance.
Results
Performance Enhancements
1. Workability:
o The addition of polymers substantially improves the mixture's ease of application, enabling smoother and more efficient tile adjustments during installation, which is crucial for achieving a professional finish.
2. Adhesion Strength:
o Enhanced bonding capabilities are observed with the polymer-modified adhesives, with the most significant improvements noted at a polymer concentration of 2%. This suggests an optimal balance between performance enhancement and material costs.
3. Flexibility:
o The flexibility imparted by the inclusion of polymers helps the adhesive accommodate structural movements and thermal expansion, reducing the risk of cracks and failures that could compromise the installation.
4. Moisture Resistance:
o Improved moisture resistance ensures that the adhesive layer remains effective even in wet conditions, preventing water from degrading the bond between the tile and its substrate. This is particularly important for installations in bathrooms, kitchens, and other high-moisture areas.
Discussion
The study's findings indicate that the use of water-soluble polymers in cement-based adhesives can significantly enhance several critical properties necessary for effective ceramic tile installation. The polymers not only improve the adhesive's mechanical and handling properties but also contribute to increased durability and longevity of tile installations by enhancing moisture resistance and flexibility. These improvements are likely to lead to broader applications in the construction industry, where the reliability and efficiency of adhesive materials are paramount. As noted by Patel and Jackson (2022), the integration of innovative materials such as polymers into traditional adhesives aligns with current trends towards more sustainable and durable construction practices [1]. Conclusion
The development of composite adhesive mixtures incorporating water-soluble polymers represents a significant advancement in materials technology for ceramic tile installation. This research supports the potential of these innovative mixtures to replace traditional cement-based adhesives, offering enhanced performance that meets the needs of contemporary construction environments. Further research is encouraged to optimize polymer concentrations and to explore the addition of other potential additives, which could lead to even greater improvements in adhesive properties and expand the range of practical applications. This innovative approach not only addresses current limitations but also sets a new standard for future developments in adhesive technology.
Reference List:
1. Курбанов, З. Х., & Талипов, Н. Х. (2024). ОБЛИЦОВОЧНЫЙ ПЛИТОЧНЫЙ КЛЕЙ НА ОСНОВЕ ЦЕМЕНТА НИЗКОЙ ВОДОПОТРЕБНОСТИ.
2. Javohir, M., & Zavkiddinjon, K. (2024). COMPOSITE ADHESIVE MIXTURES BASED ON CEMENT: PROPERTIES, APPLICATIONS, AND ADVANCEMENTS. Central Asian Journal of Multidisciplinar^ Research and Management Studies, 1(13), 75-78.
3. Berdiyev, O. B., Kurbanov, Z. H., Tilavov, E., Rasulova, N., Boboqulova, S., Jumanov, I., ... & Botirov, B. (2024). The calculation of reinforced concrete conical dome shells considering concrete creep. In E3S Web of Conferences (Vol. 587, p. 03001). EDP Sciences.
4. Бердиев, О. Б., Курбанов, З. Х., & Абдурахманов, А. (2023). ИССЛЕДОВАНИЕ ЭНЕРГОЭФФЕКТИВНОСТИ ТРЕБУЕМОЙ ТЕПЛОПРОВОДНОСТИ ПО НОРМАТИВНЫМ ДОКУМЕНТАМ НА ПРИМЕРЕ ГОРОДА ДЖИЗАК (РЕСПУБЛИКИ УЗБЕКИСТАН): ИССЛЕДОВАНИЕ ЭНЕРГОЭФФЕКТИВНОСТИ ТРЕБУЕМОЙ ТЕПЛОПРОВОДНОСТИ ПО НОРМАТИВНЫМ ДОКУМЕНТАМ НА ПРИМЕРЕ ГОРОДА ДЖИЗАК (РЕСПУБЛИКИ УЗБЕКИСТАН).
5. Бердиев, О. Б., Болотов, Т. Т., Мамиров, A. X., & Курбанов, З. Х. (2023). БЫСТРОТВЕРДЕЮЩЕЙ СУЛЬФАТСОДЕРЖАЩЕЙ ДОБАВКИ ДЛЯ САМОВЫРАВНИВАЮЩИХСЯ ПОЛОВ: БЫСТРОТВЕРДЕЮЩЕЙ СУЛЬФАТСОДЕРЖАЩЕЙ ДОБАВКИ ДЛЯ САМОВЫРАВНИВАЮЩИХСЯ ПОЛОВ.
6. Rahimqul o'g'li, R. A., Nargiza, R., & Botirqulovna, Q. Z. H. BETONNING SUV O 'TKAZUVCHANLIGINI VA UNING MUSTAXKAMLIGINI YAXSHILASH USULLARI.
7. Бердиев, О., Талипов, Н., Курбонов, З., & Болотов, Т. (2023). Development of a formulation for dry cement-adhesive dry building mixtures for ceramic slabs using the addition of spent alumina catalysts. Scientific Collection «InterConf», (180), 407-414.
8. Kurbanov, Z., & Artiqqulov, D. (2023). DETERMINATION OF THE CONTENT OF DRY CONSTRUCTION MIXED ON THE BASIS OF LOCAL MARBLE WASTE POWDER. Центральноазиатский журнал образования и инноваций, 2(9), 104-106.
9. Kurbanov, Z., & Artiqqulov, D. (2023). OPPORTUNITIES TO GET LIGHT SUPPLIES BASED ON COAL WASTE. Центральноазиатский журнал образования и инноваций, 2(9), 100103.
10. Курбанов, З. Х., Мамиров, А. Х., & Махкамов, М. З. У. (2021). Улучшение процесса горения керамической плитки на заводе строительных материалов. Science and Education, 2(5), 395-402.
11. Курбанов, З., & Ортиккулов, Д. (2023). ВЫСОКОПРОЧНЫЙ ГИПСОВЫЙ ВЯЖУЩИЙ НА ОСНОВЕ СУЛЬФАТСОДЕРЖАЩЕГО ОТХОДА. Models and methods in modern science, 2(2), 5-12.
