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Nanoclay is a component composed of phyllosilicates, which are compounds based on the elements of oxygen, silicon, and other components and are degraded from natural sources and pretreated chemically. After further processing steps, Nanoclay is used in different products. Due to their layered structure, they can swell or shrink as wateraccumulates or is withdrawn between layers. It is possible to increase the volume of nanoclay up to six times by water absorption and form stable gels. Nanoclay h …

The utilization of nanocomposites in food packaging represents a significant advancement in the field of materials science, offering a plethora of benefits ranging from enhanced mechanical properties to improved barrier functionalities against gases and moisture. This innovative application not only promises to extend the shelf life of food products but also introduces a new paradigm in the sustainability and safety of packaging materials.  The integration of nanotechnology into food packag …

Liquid Nanoclay (LNC) is a nano clay dispersion obtained by a novel mixing method utilizing subsequent changing of flow regime between laminar and turbulent.  Clay is a well-known material that has proven to be useful in several different areas. The usage of this material extends from cosmetics to construction. Similarly, clay containing soils are considered to be precious due to their nutrient rich nature and water retaining properties. However, liquid nanoclay is developed in the hopes of …

Nanoclay, known as polymer composites, are emerging materials showing great mechanical, chemical, and thermal properties.These composite materials are utilized in various application areas including the automotive and aerospace industry, wastewater treatment, food packaging, and pharmaceutical industry. Clay is one of the most important natural materials used in industrial applications. Its low cost, environmentally friendly chemistry, and abundance make clay a desirable material. With the rise …

Nanoclays, with their unique layered structure and nanometric size, are transforming industries by enhancing the performance of materials in packaging, automotive, and environmental engineering. Their ability to improve strength, thermal stability, and barrier properties makes them indispensable in modern applications. However, sustainable production methods are crucial to minimize environmental impact and ensure the long-term viability of these materials. This article explores the challeng …