Under the industry wave of pure beauty, functional skin care, and sustainable consumption, the daily chemical industry is bidding farewell to traditional chemical raw materials and is moving towards a comprehensive iteration in the direction of natural safety, minimalist formula, high efficacy, and green biodegradability. The raw materials commonly used in traditional daily chemicals, such as synthetic thickeners, petroleum-based emulsifiers, plastic microbeads, and chemical film-forming resins, commonly have pain points such as high allergy risk, sticky skin feel, poor environmental compliance, and weak formula stability. It is difficult to meet the current high-end skin care needs of consumers and global plastic restrictions and ESG compliance standards. As a new pure natural biomass material derived from plants and microorganisms, nanocellulose has broken through the performance bottleneck of traditional daily chemical raw materials and has become a core innovative raw material in the field of cosmetics and care by virtue of its unique nano-scale three-dimensional network structure, excellent biocompatibility and multi-functional formula adaptability. At present, the nanocellulose used in mainstream applications is divided into three categories: plant nanofibrils (CNF), nanocellulose crystals

Under the wave of consumption upgrades for pure beauty, functional skin care, and gentle repair, facial mask base materials have long bid farewell to the single era of traditional non-woven fabrics and silk fabrics. Consumers have put forward higher requirements for the skin feel, fit, safety, and nutrient penetration efficiency of masks. Bacterial cellulose (BNC, Bacterial Nanocellulose) is a pure natural nano-biomaterial derived from microbial fermentation. With its unique three-dimensional nano-network structure, medical-grade safety properties and ultimate skin care adaptability, it has become the core base material of high-end repair masks, medical beauty dressings, and functional essence masks, redefining the quality standards of light luxury masks. As a scientific and technological enterprise deeply involved in the field of nano-biomaterials, Nanjing Tianlu Nano Technology Co., Ltd. has long been focusing on the research and development, green preparation and industrial application of nanocellulose series materials. Relying on solid core technology accumulation, it continues to optimize the BNC substrate process and application performance, providing high-end cosmetics and medical beauty repair services.

In the current era of rapid iteration in the personal care and daily chemical industry, consumer demand for hand care products has evolved from traditional basic moisturizing to multi-dimensional and high-standard demands for light skin feel, long-term moisture locking, barrier repair, safe formulas, and stable systems. The skin of the hands has sparse sebaceous glands. It is exposed to external stimulation such as water washing, external friction, temperature and humidity changes for a long time, and the stratum corneum is easily damaged, leading to problems such as dryness and scaling, fine lines and cracks, and a fragile barrier. Traditional hand creams mostly use a compound system of synthetic thickeners, mineral oils, and chemical stabilizers. There are common technical pain points such as sticky oil accumulation, poor moisturizing life, insufficient temperature stability, easy deactivation of active substances, and oil-water separation during long-term storage. As a new type of natural nano-polymer functional material, nanocellulose (CNF/CNC), with its unique nano-scale micro-network structure, ultra-high specific surface area, excellent rheological regulation performance and biocompatibility, perfectly solves the shortcomings of traditional hand cream formulas and becomes a high-end hand cream.

As the public's skin care concept gradually upgrades to safety, gentleness, long-term repair, and natural sustainability, the pain points of traditional body lotion formulas such as short moisturizing time, sticky skin feel, easy separation of oil and water, and low utilization of functional ingredients have gradually become the core breakthrough for the iterative upgrade of the industry. Against this background, nanocellulose, which is naturally derived and has excellent performance, has become a core functional raw material for innovative formulas in the body lotion field and improving the texture of skin care, relying on its unique nano-scale microstructure and multi-functional properties, providing a new track for luxury, gentle and efficient body skin care solutions. Nanjing Tianlu Nano Technology Co., Ltd. is deeply involved in the field of new nanocellulose materials. It is a professional scientific and technological enterprise integrating nanocellulose research and development, large-scale production, and application solutions. Relying on mature mechanical dissociation, mild oxidative modification and other core processes, the company's self-developed high-quality nanocellulose is produced through selected natural biomass raw materials and is prepared through green processes. It is non-toxic.

With the rapid iteration of new energy vehicles and the wave of green upgrading of industrial coatings, lightweight, high durability, low VOC, and recyclability have become the core standards for modern industrial material iteration. Traditional chemical additives and glass fiber filling materials generally have shortcomings such as high weight, weak weather resistance, and insufficient environmental protection, making it difficult to adapt to the upgrade needs of high-end manufacturing. As a scientific and technological enterprise focusing on the industrial application of nanocellulose, Nanjing Tianlu Nano Technology Co., Ltd. accurately anchors the two core tracks of coating modification and automotive composite materials. With natural biomass nanomaterials as the core, relying on independent modification technology and stable mass production capabilities, it provides high-performance, low-carbon new material overall solutions for industrial coating and automotive lightweight fields, helping the manufacturing industry to achieve quality upgrades, cost reductions, efficiency increases, and green transformation. 1. Company Profile: Focusing on nanocellulose and deeply cultivating high-end industrial applications, Nanjing Tianlu Nanotechnology Co., Ltd. is located in Nanjing, a city of scientific and technological innovation. It is a company integrating R&D, large-scale

In recent years, pure cleansing and green natural skin care have become the mainstream development trend in the daily chemical industry. Consumers' requirements for shower gel are no longer limited to basic cleansing, but also pursue a high-quality experience that is gentle and safe, refreshing skin feel, long-lasting fragrance, and stable efficacy. Traditional shower gels mostly use synthetic chemical additives such as carbomer and xanthan gum. They have long-term problems such as formula stratification, particle settlement, sticky residue, instability of high-salt systems, and long-term turbidity. These problems severely restrict the product upgrade of high-end transparent shower gels, scented shower gels, and scrub-effect shower gels. As a new natural bio-based raw material, nanocellulose perfectly solves the above-mentioned industry problems and has become the core high-quality raw material for the current iteration of shower gel formulas. Nanjing Tianlu Nanotechnology Co., Ltd. is a high-tech enterprise specializing in nanocellulose research and development, large-scale production, and output of daily chemical scenario application solutions. The company has been deeply involved in the field of bio-based new materials for many years, and has completed the formulation of shower gels and skin care products based on pain points.

Abstract: With the rapid development of the pure beauty and functional skin care market, gel masks and frozen masks have become mainstream skin care categories. Traditional formulas commonly suffer from particle sedimentation, system turbidity, sticky skin feel, and unstable active ingredients. Nanjing Tianlu Nanotechnology Co., Ltd. self-developed daily chemical-grade nanocellulose CNF. With its unique nano-network structure, it can be efficiently used in liquid facial masks and repair gel formulas to achieve stable suspension of the system, long-term moisturizing, and texture upgrade. It is a new natural cosmetic raw material that currently replaces traditional chemical additives. In the current iteration and upgrade of pure beauty and functional skin care, smear-type liquid masks and frozen masks have become core popular categories in the skin care market due to their advantages such as refreshing fit, partitionable care, and high inclusive efficacy. Consumers' demand for mask products has long been upgraded from basic moisturizing to multiple demands for transparent texture, stable efficacy, comfortable skin feel, gentleness and safety. Traditional gel masks often face problems such as system turbidity, particle settling, and quality problems.

In the context of the rapid development of the new energy storage and power battery industries, high safety, long cycle, high energy density, low carbon and environmental protection have become the core development trends of the industry. Traditional energy storage supporting materials such as polyolefin and glass fiber are limited by their physical structure and chemical properties. They generally have problems such as poor wettability, insufficient high temperature resistance, weak mechanical stability, and poor environmental protection. They are difficult to meet the iterative needs of high-end lithium batteries, large-scale energy storage, and solid-state batteries. As a new type of natural biomass nanofunctional material, nanocellulose has multiple advantages such as high strength, high porosity, super electrophilicity, temperature resistance and stability, and biodegradability due to its unique three-dimensional nanonetwork structure. It has become a core new material in the current field of new energy storage to break through material bottlenecks and achieve product quality and cost reduction. Nanocellulose is mainly made of bamboo pulp, agricultural and forestry straw and other renewable biomass as raw materials. The whole process is green preparation, low carbon and low consumption, no harmful residues, and can achieve environmental protection and controllability throughout the life cycle. compared to traditional

In the field of outdoor building materials, traditional wood is easy to rot and crack, ordinary plastic plates have poor weather resistance, and metal plates are easy to rust and consume high energy. The industry is in urgent need of new materials that are environmentally friendly, durable, and high-strength. Nanocellulose outdoor panels (NCT panels for short) use nanocellulose extracted from plant fibers as the core raw material. With the advantages of nanoscale structure and composite modification technology, they are perfectly adapted to complex outdoor working conditions and have become the first choice for upgrading the outdoor panel market, promoting the transformation of the building materials industry into a low-carbon, long-term, and safe direction. 1. Nanocellulose: Nanocellulose, the core hard-core material of outdoor boards, is a nanoscale fiber material extracted from natural plant fibers such as wood, straw, and bamboo through mechanical dissociation, enzymatic hydrolysis, and other processes. It has a diameter of only 1-100 nanometers, but has core properties that far exceed those of traditional materials. Ultra-high strength: The tensile strength of nanocellulose is more than 5 times that of steel, and the Young's modulus is close to that of carbon fiber, providing stability for outdoor boards.

伴随国内双碳战略持续推进、全球禁塑政策全面落地，各行业正加速淘汰高污染、难降解的传统化工材料，纳米纤维素顺势成为新材料升级的核心选择。作为纯天然、可完全生物降解、高性能的生物质改性材料，工业级纳米纤维素兼具高强度、高阻隔性、易改性、适配性强等多重优势，完美解决传统材料环保不达标、性能短板突出、性价比低等行业难题。目前已广泛应用于绿色可降解包装、特种造纸、涂料油墨、新能源复合材料、生物医药日用耗材等诸多工业领域，凭借成熟的产业化应用能力，为各大生产企业提供高效、环保、低成本的材料升级解决方案，是当下工业领域绿色改性、产品提质、合规生产的核心基材。一、什么是工业级纳米纤维素工业级纳米纤维素区别于实