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.

In the formulation research and development of daily skin care products, cleansing products, and makeup gels, powder settlement, particle stratification, system turbidity, and poor shelf life stability are common pain points in the industry. Traditional formulas mostly rely on carbomer, xanthan gum, and acrylic synthetic additives to achieve suspension and thickening. Not only do they add high amounts, but the skin feels sticky and thick, some synthetic raw materials also have problems such as irritation, poor environmental protection, and limited adaptability systems. It is difficult to meet the current high-end daily chemical market demand for natural mildness, transparent texture, long-lasting stability, and green safety. Nanjing Tianlu Nanotechnology Co., Ltd. is a high-tech enterprise deeply involved in the field of nanocellulose, focusing on the research and development, large-scale production and customized application solution output of nanocellulose series products. Relying on mature modification processes and industrialization technologies, the company focuses on application pain points in the daily chemical industry and optimizes material suspension, rheology and adaptability properties. Its daily chemical grade nanocellulose, as a bio-based nano functional material derived from natural plants, has

In many fields such as coatings and daily chemicals, food processing, biomedicine, and industrial slurries, the stability, adaptability and safety of the thickening system directly determines product quality and user experience. Traditional thickeners such as polyacrylates, cellulose ethers, and xanthan gum commonly have pain points such as high addition amounts, easy delamination and sedimentation, high temperature instability, sticky residue, and poor environmental protection. They are difficult to meet the current development needs of lightweight, long-term stability, and green safety for high-end products. As a new bio-based nanomaterial derived from natural plants, nanocellulose breaks through the technical bottleneck of traditional thickening materials and becomes a core new material that replaces traditional thickeners and rheological agents with its unique nanofiber structure, excellent rheological control performance, and 100% degradable environmental protection properties. Nanjing Tianlu Nanotechnology Co., Ltd. is based in Nanjing's science and technology innovation highland. It is a domestic high-tech enterprise deeply involved in the industrialization of nanocellulose. It focuses on the research and development, large-scale production and scenario-based application of high-performance nanocellulose.

In many water-based industrial systems such as coatings, daily chemicals, food, and biomedicine, thickeners are core functional additives that regulate the viscosity of the system, stabilize the dispersion state, and optimize the feel of use. Traditional organic thickeners and inorganic thickeners generally have shortcomings, such as high additive content, easy stickiness, poor salt and temperature resistance, standing delamination, and weak shear stability, making it difficult to meet the development needs of high-end fine chemicals and functional materials. As a new type of nanofunctional material derived from natural plants and bacterial biomass, nanocellulose relies on its unique one-dimensional nanofiber structure, ultra-high specific surface area and multiple interface mechanisms to demonstrate extremely excellent thickening, suspension, and rheology control properties. It has become a new generation of high-performance green thickening substrates, effectively breaking through the industry pain points of traditional thickening systems that 'thickening is prone to viscosity and flow is prone to instability.' This article will focus on an in-depth explanation of the core thickening advantages, mechanism of action, rheological properties and industrial application of nanocellulose. 1. Acceptance

With the concept of pure beauty and green skin care becoming more and more popular, the daily chemical industry has officially entered a new iteration cycle of 'safety, gentleness, efficiency and environmental protection'. Traditional chemical additives generally have pain points such as heavy skin feel, easy sensitization, poor system stability, and microplastic residues. They are difficult to meet the core needs of consumers for high-end cleansing, functional cosmetics, and gentle skin care. Nanjing Tianlu Nanotechnology Co., Ltd. is a high-tech enterprise deeply involved in the field of nanocellulose. It focuses on the research and development, large-scale production and customized solution output of daily chemical grade nanocellulose. It relies on independent core processes and mature industrialization systems to create natural green nanosubstrates suitable for all daily chemical scenarios. The company relies on a professional R&D team and advanced preparation technology to break through the performance bottleneck of traditional raw materials. Its nanocellulose products have become a core innovation in formula upgrade, product quality and green upgrade in the field of daily chemicals with their unique nano-three-dimensional network structure, excellent biocompatibility and controllable rheological properties.

Under the industry development trend of natural, safe, green and low-carbon, Clean Beauty's pure beauty concept has fully penetrated the daily chemical industry. Consumers have put forward higher standards for the appearance, texture, skin feel, storage stability and ingredient safety of daily chemical products. Traditional synthetic rheology and suspension additives generally have many shortcomings such as high salt sensitivity, sticky skin feel, easy delamination and sedimentation, and contain microplastic residues, making it difficult to meet the research and development needs of high-end daily chemical products. As a new bio-based nanofunctional material, nanocellulose can build a reversible three-dimensional colloidal network in the aqueous phase with its unique nanofiber morphology, ultra-high aspect ratio and abundant surface active groups. It has excellent suspension stability and thixotropic rheological properties, which perfectly solves the suspension pain points of traditional daily chemical formulas. It has now become one of the core materials for formula upgrading and green replacement in the daily chemical industry. Nanjing Tianlu Nano Technology Co., Ltd. is deeply engaged in the research and development and application of daily chemical grade nanocellulose materials, and continues to optimize materials

At present, green, low-carbon, and sustainable development have become the core directions of global industrial upgrading. Traditional chemicals and synthetic materials have difficulty adapting to the green transformation needs of various industries due to their shortcomings of high pollution, difficulty in degradation, and high carbon emissions. In this context of industrial change, nanocellulose, a new biomass nanomaterial, stands out. The material is made from natural biomass resources and has multiple core characteristics such as environmental protection, degradability, excellent performance, and wide adaptability. It effectively makes up for the industry pain points of traditional materials that cannot balance performance and environmental protection. At present, nanocellulose has gradually replaced traditional petroleum-based materials and is widely used in green packaging, biomedicine, new energy, ecological and environmental protection and many other fields. It has become a core force in promoting low-carbon innovation in various industries and high-quality development of the new materials industry. 1. What is nanocellulose? Nanocellulose is based on natural biomass raw materials such as wood, bamboo, and straw, and is processed through refined processes such as mechanical stripping, chemical modification, and biological enzymatic hydrolysis.

The global new biomaterials industry is ushering in the dual dividends of technological iteration and policy drive. Green, low-carbon, safe and harmless, high performance and customizable have become the core evaluation criteria for high-end materials. Traditional plant cellulose and chemically synthesized polymer materials generally suffer from insufficient purity, poor biocompatibility, difficulty in degradation, and single performance. They are difficult to meet the needs of refined and high-standard applications in the fields of biomedicine, high-end cosmetics, and precision new materials. Bacterial Cellulose (BC) is a nano-scale biopolymer material synthesized in situ by microorganisms. It relies on a unique biosynthetic mechanism to form an exclusive three-dimensional nano-network structure. It is superior to traditional cellulose materials in terms of molecular purity, physical properties, biological properties and modifiable space. With irreplaceable comprehensive advantages, BC materials have become a key research and industrialization category in the global biomanufacturing and green new materials fields, and continue to empower