At a time when the daily cosmetics and cosmetics industry is iteratively upgrading to high-end, pure, effective efficacy, green and safe, nanocellulose derived from natural biomass has become the core functional new material for innovation and upgrading in the daily chemical field with its unique nanoscale structure, extremely transparent optical properties, excellent thickening and stable suspension performance, biocompatibility and complete biodegradability. Compared with traditional daily chemical raw materials such as carbomer, xanthan gum, and synthetic thickeners, the biggest differentiated core advantages of nanocellulose are high transparency, high purity, and no fog. It perfectly meets the transparent texture requirements of high-end skin care products, makeup, and cleansing products. At the same time, It has the multiple values of stable formula, brightening appearance, and gentle skin care. It is widely used in core areas such as high-end skin care, transparent makeup, light luxury care, and functional daily chemicals, providing new solutions for daily chemical product texture upgrades, formula innovation, and green empowerment. As a professional biomass nanomaterial R&D and production enterprise, Nanjing Tianlu

In the formulation systems of many industries such as water-based coatings, daily chemical care, fine chemicals, and food slurries, thickening additives are the core raw materials that determine the rheological properties, storage stability, and usage experience of the product. Traditional thickeners generally have many industry pain points: high addition ratio, limited thickening effect, easy to lose viscosity and stratification under high temperature and shear environment, weak suspension support ability, and prone to sedimentation and water separation problems during long-term storage. At the same time, some chemical thickeners are not environmentally friendly and have poor compatibility, making it difficult to adapt to the current development needs of green production and high-quality products. In this context, nanocellulose prepared based on natural biomass, with its unique microstructure and excellent rheological properties, has become a new generation of high-performance green additives to replace traditional thickening materials. With its core advantages of efficient thickening, stable locking, and wide adaptability, it is widely used in the formulation optimization of various water-based systems. 1. Nanocellulose core thickening principle The excellent thickening effect of nanocellulose, the difference

In cutting-edge manufacturing fields such as high-end daily chemicals, industrial coatings, functional new materials, and fine chemicals, the dispersion uniformity, structural stability, and process adaptability of the water-based system are the core keys that determine the texture, performance, and service life of the end product. Traditional cellulose-based functional additives generally suffer from technical pain points such as delayed hydrophilic activation, serious fiber agglomeration, and high dispersion threshold. They often rely on complex processes of long-term infiltration, high-temperature activation, and high-shear repeated homogenization. This not only increases production energy consumption and time costs, but also easily causes quality problems such as system flocculation, reduced light transmittance, and lack of long-term stability. It has become a technical bottleneck that restricts the lightweight, efficient, and high-quality iteration of high-end formulations. Nanjing Tianlu Nanotechnology Co., Ltd. is a high-tech enterprise focusing on the research and development, precision mass production and technology implementation of biomass nanofunctional materials. It is deeply involved in the core track of nanocellulose and relies on independent and controllable core patented technologies such as fiber modification, loosening and drying, and nanoscale control.