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

At present, the daily chemical industry is entering a new stage of development with pure formulas, natural safety, low carbon and environmental protection. Consumer demand for additive-free, low-irritation, and biodegradable skin care and care products continues to surge. Traditional synthetic thickeners, rheology additives, and stabilizers have gradually become shackles for industry product iteration due to ingredient disputes and environmental shortcomings. Against this background, nanocellulose derived from natural biomass, with its core advantages of non-toxic, harmless, biocompatible, controllable performance, and complete degradability, has become the core new base material for daily chemical formula innovation. It is widely used in various skin care, washing and cosmetics products, providing new solutions for daily chemical companies to create clean labels, upgrade product texture, and achieve green and low-carbon production. 1. Overview of the core of daily chemical-grade nanocellulose. Relying on advanced green dissociation, mild modification and high-purity purification processes, TEMPO oxidized nanocellulose (T

Greening, high-end, and functional have become the core development trends of the global new materials industry. In the context of the deepening of the dual-carbon policy and the acceleration of green transformation in various industries, recyclable, high-performance, zero-pollution new biomass materials have become the core starting point to replace traditional petroleum-based materials and resolve the contradiction between industrial environmental protection and performance. Nanocellulose is a new nano-level functional material that is deeply processed from natural biomass resources. With its unique advantages such as natural regeneration, ultra-high mechanical strength, complete biodegradation, and easy functional modification, it breaks through the application limitations of traditional chemical materials, effectively balances product performance upgrades and low-carbon environmental protection needs, and widely empowers green and low-carbon innovation and product value upgrades in packaging medical care, high-end manufacturing, environmentally friendly new energy, light industrial building materials, and other fields. 1. What is nanocellulose? Simply put, nanocellulose is made from natural green biomass raw materials such as wood, bamboo fiber, agricultural straw, etc., through advanced enzymatic purification and mechanical

At present, green, safety and purity have become the core themes of the upgrading of the global daily chemical and personal care industries. With the overall improvement of consumers' awareness of the safety of skin care and care, and the continuous implementation of environmental compliance policies such as the global microplastic ban and the reduction of chemical raw materials, the traditional daily chemical formulation system that relies on synthetic additives, petrochemical-based raw materials, and plastic pearlescent powders has been unable to adapt to the high-quality development needs of the industry. Nanocellulose prepared from biomass such as natural wood and plant fiber is a new green functional substrate that has been rapidly industrialized in recent years. With its excellent biocompatibility, unique nanometer three-dimensional structure and multi-functional formula adaptability, this material can fully cover the mainstream daily chemical tracks such as skin care, cleansing and makeup, and effectively solve the pain points of traditional products such as irritation and sensitization, heavy skin feel, unstable system, and poor environmental protection. It has become the core new material driving formula innovation and green iteration in the daily chemical industry. Nanocellulose used in mainstream applications in the field of daily chemicals is divided into fiber

Driven by the wave of green consumption and new beauty safety regulations, the color cosmetics industry is accelerating its transition away from traditional chemical raw materials and transforming into a safe, hypoallergenic, natural and sustainable product with refined makeup effects. Traditional cosmetics commonly have industry pain points such as plastic microbead glitter, artificial pearlescent, irritating auxiliary residues, poor powder conformability, imbalance of makeup longevity and breathability, etc., which have long plagued brand R&D and consumer experience. Relying on the development of natural biomass preparation technology, high-quality, cosmetic-specific nanocellulose substrates have gradually been industrialized, effectively solving the application shortcomings of traditional chemical raw materials, and becoming the core new material for achieving green product upgrades and formula innovation in the current cosmetics field. Compared with daily chemical segments such as skin care and cleansing, the technological innovation value, application space and market substitutability of nanocellulose in the cosmetics track are more prominent. This article focuses on the field of cosmetics and systematically explains the core adaptability characteristics, full category application scenarios, and technology of nanocellulose.

The core of the iterative upgrading of the new materials industry lies in balancing performance breakthroughs and ecological sustainability. Under the multiple industry trends of plastic pollution control, industrial low-carbon transformation, and localization of high-end materials, the performance shortcomings and environmental protection drawbacks of traditional synthetic materials have become increasingly prominent. The industry is in urgent need of large-scale, high-quality green alternative materials. Nanjing Tianlu Nanotechnology Co., Ltd., which has deep roots in Nanjing and focuses on the field of biomass nanomaterials, focuses on the core track of nanocellulose and has been deeply involved in material research and development, green preparation and scenario-based applications for many years. Relying on mature core processes and technology accumulation, we use natural biomass as the base to polish the properties of nano-scale materials, and successfully solve the industry pain point of 'inability to balance environmental protection and performance' of traditional materials. Nanocellulose, which is low-carbon, high-strength, degradable, and multi-functionally modified, can accurately meet the upgrading needs of multiple industries and provide core material support for high-quality, low-carbon development in industrial manufacturing, livelihood consumption, new energy and other fields. 1. Material

When traditional chemical materials face environmental bottlenecks and high-end synthetic materials are subject to high energy consumption and non-renewable properties, the new materials industry is ushering in a technological change that 'returns from artificial synthesis to nature.' As the core representative of biomass nanomaterials, nanocellulose has broken through the three core barriers of renewable natural resources, high nano-performance empowerment, and low carbon throughout the life cycle. With a native substrate derived from plants, it has achieved mechanical properties and functional attributes comparable to high-end artificial materials, and has become a core key material for iterative upgrades in the current fields of new energy, biomedicine, green manufacturing, and high-end composite materials. 1. Basic definition of materials Nano-upgraded natural fibers Cellulose is the most abundant natural polymer resource on earth. It is widely found in biomass raw materials such as wood, bamboo fiber, crop straw, cotton and linen, and is the green substrate with the longest history of human application. Limited by micron-scale size and single structural characteristics, traditional cellulose materials have long been limited to papermaking.

In the context of rapid iteration of the green daily chemical and pure beauty industries, natural biomass functional raw materials have become the core breakthrough for the upgrading of daily chemical formulas. Traditional daily chemical formulas are highly dependent on synthetic additives such as acrylics, carbomers, and cellulose derivatives. Although these raw materials can achieve basic functions such as thickening, suspension, and film formation, they generally have shortcomings such as poor system tolerance, sticky skin, easy sensitization, and poor biodegradability. They are difficult to adapt to the current industry development needs for safety, efficacy, and low carbonization. Nanocellulose, as a nanoscale polymer material derived from plant biomass, relies on its unique one-dimensional nanostructure, controllable rheological properties, excellent biocompatibility and environmental friendliness. It can optimize the daily chemical product system from multiple dimensions such as formula stability, skin feel, efficacy utilization, and green attributes. It is currently the new daily chemical functional substrate with the most application potential. This article takes the formulation and application technology mechanism of nanocellulose as the core, from the perspective of structural characteristics, core