Under the industry trend of new green materials replacing traditional chemical raw materials, nanocellulose has become the preferred biomass nanomaterial for lightweight, functional and green modification in various fields with its core characteristics of natural renewable, high strength, high specific surface area, non-toxic and environmentally friendly. Conventional unmodified nanocellulose on the market has a large amount of polar hydrophilic hydroxyl groups on the surface, and has excellent water phase dispersion, thickening and water retention properties. However, the strong hydrophilic properties bring great application limitations: in oil-phase solvents, oily systems, polymer resins, and non-polar coatings, problems such as agglomeration and flocculation, stratification sedimentation, and interface peeling are prone to occur. Uniform dispersion and functional loading cannot be achieved. For a long time, it has been difficult to adapt to the production process and performance standards of high-end coatings, rubber-plastic composite materials, oil-based cosmetics, and waterproof functional materials. Nanjing Tianlu Nanotechnology Co., Ltd. focuses on the core technological bottleneck of the industry and deeply engages in the research, development and industrialization of nanocellulose surface modification technology. Through independent and controllable refined surface

In many fields such as new materials, daily chemicals, coatings, biomedicine, and agricultural preparations, particle delamination, precipitation, turbidity, and system instability are core problems that have long plagued formula development and product storage. Traditional thickening and suspension additives mostly rely on chemical viscosity and molecular adsorption to achieve suspension effects. They have shortcomings such as large amounts of addition, easy deterioration, heavy hand feel, and poor high and low temperature stability. Nanocellulose, as a purely natural, degradable, high-performance bio-based nanomaterial, relies on its unique nanomorphology and rheological characteristics to create a purely physical, highly stable, reversible and adjustable suspension system, becoming a new generation of green suspension substrate to replace traditional additives. Nanjing Tianlu Nanotechnology Co., Ltd., a high-tech enterprise deeply involved in the field of nanocellulose, focuses on the green preparation, refined research and development and industrial application of nanocellulose. It relies on its own core processes to polish high-performance products, fully releasing the excellent suspension empowerment value of the material, and providing stable and reliable solutions for various industries.

With the upgrading of consumption in the care and skin care industry, natural formulas, mildness without additives, high-quality texture, and long-term stability have become mainstream consumer trends. Traditional daily chemical formulas have long relied on additives such as carbomer, xanthan gum, and synthetic thickeners. There are common industry pain points such as weak suspending power, high temperature stratification, whitening after rubbing, sticky skin, and high irritation. As a high-tech enterprise deeply engaged in the field of bio-based new materials, Nanjing Tianlu Nano Technology Co., Ltd. is based on the natural biomass technology track and focuses on daily chemical grade special nanocellulose products. Relying on the natural plant base and unique nanometer three-dimensional network structure, nanocellulose can perfectly replace traditional artificial colloids and become a new functional base material in current high-end daily chemical formulas that integrates powerful suspension, long-term stability, refreshing skin feel, and natural mildness, completely solving the system stability problem of products such as cleansing, skin care, fragrance, and functional solutions. 1. Why are nanocellulose increasingly favored in high-end daily chemical formulas?