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What is the future development trend of differential polypropylene fiber?

Differential polypropylene fiber has the following development trends in the future:

High-end product performance

High strength and high modulus: By improving the polymerization process, adding special additives or using new spinning technology, we have developed differentiated polypropylene fibers with higher strength and modulus to meet the needs of high-performance fibers in aerospace, national defense and military industries, high-end sporting goods and other fields.

High temperature and chemical resistance: further improve the high temperature and chemical resistance of polypropylene fiber, so that it has better stability and durability in harsh environments, can be used in chemical, metallurgy, electric power and other high temperature, strong corrosion environment of industrial filtration, protective materials.

Functional diversification

Intelligent function development: Combined with intelligent material technology, the development of differentiated polypropylene fiber with intelligent color change, shape memory, self-sensing and other functions. For example, developing fibers that change color in response to changes in conditions such as ambient temperature, humidity, or light for smart clothing or warning materials; Polypropylene fiber with shape memory function can be used to make medical orthopedic equipment, smart textiles and so on.

Composite function integration: Integrate a variety of functions into one, such as the development of both antibacterial and deodorizing, anti-ultraviolet, anti-static and other functions of polypropylene fiber, to meet the needs of consumers for multi-functional textiles, can be widely used in clothing, home textiles, medical and health fields.

Green production process

Environmental protection process promotion: Adopt more environmentally friendly production processes to reduce energy consumption and pollutant emissions in the production process. For example, promote the production process of spunthorn, hot air and other nonwovens, and reduce the use of organic solvents and wastewater discharge in the production process of traditional spunbond method; Research and development of low-temperature dyeing, salt-free dyeing and other environmentally friendly dyeing technologies to reduce environmental pollution in the printing and dyeing process.

Sustainable raw materials: Increase the development and application of renewable and degradable raw materials, such as the use of bio-based polypropylene or recycled polypropylene to produce polypropylene fiber, improve resource utilization, reduce dependence on non-renewable resources such as oil, and achieve sustainable development.

Market application expansion

Industrial textile field expansion: On the basis of the existing industrial textile application fields, further expand to aerospace, new energy, ocean engineering and other emerging industries. For example, the development of high-performance polypropylene fiber reinforcement materials for aerospace composites; Functional polypropylene fiber for new energy vehicle battery separator and charging pile cable.

Upgrading in the field of civil textiles: In the field of civil textiles such as clothing and home textiles, through the development of high-quality, functional differential polypropylene fibers, improve the added value and quality of products, and meet the needs of consumers for comfort, health and fashion textiles. For example, the development of polypropylene underwear and sportswear with functions such as moisture absorption and perspiration, warmth and breathability, antibacterial and deodorant; Polypropylene home textile products with anti-wrinkle, wear-resistant, easy to clean and other characteristics.

Production intelligence

Intelligent production system application: The use of the Internet of Things, big data, artificial intelligence and other technologies to establish intelligent production systems to achieve automated control, quality monitoring and optimal management of the production process. Through the sensor real-time collection of production data, analysis and processing, automatic adjustment of production parameters, improve production efficiency and product quality stability, reduce production costs and labor intensity.

Personalized customized production: With the increase in consumer demand for personalized products, differentiated polypropylene fiber production enterprises will pay more attention to personalized customized production. Through flexible production process and intelligent production equipment, to achieve small batch, multi-variety customized production, rapid response to market demand, to meet the individual needs of different customers.

Guangdong Modern High-tech Fiber Co., Ltd. is a professional manufacturer engaged in the development, production and sales of polypropylene fiber. Guangdong Modern High-tech Fiber Co., Ltd. has advanced production and research and development equipment, perfect process flow, scientific management framework, and a high-quality technical team, which is recognized as a national high-tech enterprise.