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      Regulations·Research
    • Regulations·Research
      Comparative standards of FZ/T 62030—2015 "Woolen Fabric Quilt Cover" and FZ/T 62027—2024 "Woolen Fabric Bedding"
      Qu Jingxia, Qian Weiwei, Zhou Yuping
      2026, 605(2): 32-35.
      Abstract ( )   Knowledge map   Save
      This article comprehensively compares and analyzes the development and changes of the Chinese textile industry standards FZ/T 62030—2015 "Woolen Fabric Quilt Cover" and FZ/T 62027—2024 "Woolen Fabric Bedding" in the past decade. Research has found that the new standards have significantly improved and perfected product scope, technical requirements, inspection methods, and other aspects, reflecting the advancement of industry technology and the improvement of quality control level. The new standards place greater emphasis on product safety, environmental friendliness, and functionality, while simplifying some inspection procedures and improving the practicality and operability of the standards.
    • Regulations·Research
      Analysis of the differences between the old and new standards of FZ/T 73031 "Pressing Socks"
      Zhao Tingting, Wang Sai, Wu Limin, Huang Yan
      2026, 605(2): 36-39.
      Abstract ( )   Knowledge map   Save
      This paper analyzes the main revised contents of FZ/T 73031—2024 "Pressing Socks" in detail. The new standard has made new provisions in aspects such as the scope of application, normative references, classification regulations and determination rules. In addition, improvements and adjustments have been made in aspects such as the technical requirements and testing methods for appearance quality, pressure values, and other internal qualities. To help standard users have a more comprehensive understanding of the new standard, the following interpretation is made to prepare for the effective implementation of the new standard.
    • Regulations·Research
      Comparison of old and new standards of GB/T 17591 "Flame Retardant Fabrics"
      Guo Yan
      2026, 605(2): 40-43.
      Abstract ( )   Knowledge map   Save
      GB/T 17591-2025 "Flame retardant fabrics" has been released on February 28, 2025 and will be formally implemented from September 1, 2025, replacing GB/T 17591—2006 "Flame Retardant Fabrics", which was revised in 2006. By comparing the two versions of standards, the main changes and differences between the two are analyzed to provide reference for relevant enterprises and testing organizations.
    • Regulations·Research
      Comparison of the new and old standards for GB/T 14337 "Chemical Fibers - Test Methods for Tensile Properties of Short Fibers"
      Jin Fan, Wan Xiaohui, Xu Xiaofang
      2026, 605(2): 44-46.
      Abstract ( )   Knowledge map   Save
      GB/T 14337—2022 "Test Methods for Tensile Properties of Chemical Fibers-Short Fibers" has been implemented since November 1, 2022. This article makes a detailed comparison between the new and old standards in terms of scope of application, normative references, terms and definitions, devices and materials, general test rules, and test procedures, and summarizes the significance and content of the standard revision. It aims to provide technical guidance for chemical fiber production and application enterprises as well as the inspection and testing industry.
    • Regulations·Research
      Analysis of differences between the old and new standards of FZ/T 62017 "Towel Bathrobes"
      Zhang Yurong, Yuan Yinxia, Zhou Juntian
      2026, 605(2): 47-49.
      Abstract ( )   Knowledge map   Save
      Against the backdrop of continuous global market expansion, China's towel and bath towel industry has been developing steadily with its broad market space. As the textile industry continues to advance and consumers’ quality requirements for towel bathrobes increasingly rise, the FZ/T 62017 standard was updated in 2024. The new version further optimizes key indicators such as application scope, color fastness, and dimensional change rate after washing, while adding assessment items like chlorine bleach fastness and water absorption rate, highlighting the scientific and forward-looking nature of the standard. To facilitate a better understanding and implementation of FZ/T 62017—2024 "Towel Bathrobes", this paper conducts a detailed analysis and comparison of all aspects between the new and old standards, aiming to deepen the understanding of enterprises and testing institutions and propel the towel and bath towel industry toward a stage of high-quality development.
    • Regulations·Research
      Interpretation of GB/T 45266—2025 "Classification Guidelines for Consumer Quality - Down Products"
      Xu Jie, Zhao Ruifang, Zheng Shufen, Zhu Yin, Liu Yang
      2026, 605(2): 50-53.
      Abstract ( )   Knowledge map   Save
      GB/T 45266—2025 "Classification of Consumer Quality Items for Down Products" is a technical support document for the quality classification of consumer products in the down product field. The standard was formulated based on the actual situation of China's down product industry, fully considering the needs of industry development. Three core indicators, namely fluffiness, velvet content, and turbidity, were selected as the classification indicators. The classification indicators were confirmed by collecting more than 20000 big data results from authoritative inspection and testing institutions in the industry, and the scientificity and rationality of the core indicators were verified by purchasing 60 different brands of down comforters in the market. This standard meets the production, use, and testing requirements in China, ensuring the quality of down products, promoting the healthy development of the industry, and meeting market demand, which is of great significance.
    • Regulations·Research
      Comparative analysis of new and old standards for FZ/T 73035 "natural colored cotton underwear"
      Zhang Li, Li Jing, Zhao Na, Pang Shaowei
      2026, 605(2): 54-56.
      Abstract ( )   Knowledge map   Save
      This article compared and analyzed FZ/T 73035—2024 and FZ/T 73035—2010. Modifications were made in the new standard regarding the scope of application, terms and definitions, intrinsic and presentation quality requirements, test methods. This comparative analysis is intended to serve as a reference for manufacturers and inspection/test in institutions.
    • Regulations·Research
      Performance evaluation standards and verification of kapok fiber
      Xu Li, Zhao Lei, Zhong Zhong, Zhang Shengzhong, Zhang Shouxiang
      2026, 605(2): 57-61.
      Abstract ( )   Knowledge map   Save
      In view of the current lack of complete and unified national and industry standards for kapok fiber in China, this study utilizes resources from enterprises, schools, and testing institutions to define the quality performance indicators of kapok fiber scientifically, including color grade, length, impurity content, foreign fiber content, overall grade, and moisture regain. Based on the performance indicators defined in this study and their related requirements, inspection methods and rules are stipulated, and the China Cotton Textile Industry Association’s group standard T/CCTA30307—2025 "Kapok Fiber" is formulated and published. The indicators of this standard are verified in practice by combining sampling inspection data from enterprises purchasing kapok fiber. The results show that the grading and evaluation standards for various indicators of kapok fiber proposed in this study are feasible and have good application guidance and promotion value.
      • Monitoring·Credit
    • Monitoring·Credit
      Quality monitoring and analysis report on silk quilts and down jacket by Anhui Fiber Inspection Bureau in 2025
      Jia Shaowen, Li Xiaoman
      2026, 605(2): 62-64.
      Abstract ( )   Knowledge map   Save
      This paper in-depth analysis the monitoring results, that Anhui Fiber Inspection Bureau organized and carried out quality monitoring of silk quilts and down coats throughout Anhui province in 2025, propose quality and technical assistance measures and overall regulatory suggestions, in order to provide useful reference for the quality supervision and improvement of silk quilts and down coats in Anhui province.
      • Testing·Technology
    • Testing·Technology
      Research progress on cotton bale packaging sampling technology
      Chen Ruyi, Xu Yuqi, Jin Wanhui, Cheng Deshan, Shen Shilei, Yuan Mengzhao
      2026, 605(2): 65-69.
      Abstract ( )   Knowledge map   Save
      Cotton, as the world's most important natural fiber crop, its quality directly affects the high-quality development of the entire cotton industry, especially the textile and clothing industry. In the cotton industry chain, the scientificity and accuracy of sampling are the foundation of the quality system. They directly determine the authenticity and stability of subsequent test data, thereby ensuring fair transactions, guiding production and processing principles, and enhancing product quality. This article examines the development history of cotton bale packaging sampling technology, elaborates on its crucial role in the industrial chain, analyzes the current development status of sampling technology, examines the existing problems of the current technology, and discusses the future development trends. The research aims to provide ideas for the intelligent upgrade of cotton quality inspection technology, offer direction guidance for promoting the high-quality development of the cotton industry, and assist the industry in overcoming key issues during of standardization and intelligence.
    • Testing·Technology
      Research progress on determination of quaternary ammonium salt residues by chemical titration
      Li Ting, Guo Jianfeng, Zhu Lan, Ding Lijin, Wu Dongyan, Sun Chenxiao
      2026, 605(2): 70-72.
      Abstract ( )   Knowledge map   Save
      Quaternary ammonium salts are widely used for their unique chemical properties. Common quantitative titration techniques include two-phase titration, back titration, and potentiometric titration. This article briefly outlines the research on the quantitative detection technology of quaternary ammonium salts by titration analysis, providing a reference for subsequent analysis and detection of quaternary ammonium salts in textiles.
    • Testing·Technology
      Analysis and comparison of photoelectric measurement method and projection counting method in yarn hair test
      Zhang Danping, Chen Lingyun
      2026, 605(2): 73-75.
      Abstract ( )   Knowledge map   Save
      The common methods for testing yarn hairiness in laboratories are the photoelectric measurement method and the projection counting method. In order to verify the consistent of the results which obtained by these two methods? Which method provides values closer to the true situation of yarn hairiness, this paper compares and analyzes the two methods. The results showed that: the photoelectric measurement method can only provide the pH value of hairiness, but it is more accurate than the projection counting method. The projection counting method can measure the values of hairiness of different lengths and obtain more detailed parameters of hairiness, which can be used to analyze and control the real-time quality of the production line in a timely manner.
    • Testing·Technology
      Automated calculation method for oxygen index test data based on Excel functions
      Yi Xianfa, Wang Luyao, Zou Qinshan, Song Yuwei, Xiong Yingli
      2026, 605(2): 76-80.
      Abstract ( )   Knowledge map   Save
      The oxygen index test, as an important means of evaluating the combustion performance of materials, is widely used in many industries. However, traditional data processing methods are inefficient and prone to human errors. Based on Excel functions, this study designs an automated calculation method for oxygen index test data. By reasonably planning the data input structure, using key functions such as IF and AGGREGATE to identify and convert reaction symbols, constructing a K - value lookup table, and writing automated calculation formulas, this method realizes the complete process from data input to automatic calculation of oxygen index results. Verified, this automated calculation method significantly improves calculation efficiency, reduces human errors, has obvious advantages in improving calculation accuracy, and provides an efficient and accurate solution for oxygen index test data processing.
    • Testing·Technology
      Research on detection methods and future trends of Per- and Polyfluoroalkyl Substances (PFAS) in the textile industry
      Huang Zongxiong
      2026, 605(2): 81-85.
      Abstract ( )   Knowledge map   Save
      Per- and polyfluoroalkyl substances (PFAS) are widely used in textiles for waterproof and oil-repellent functions, but their persistence and toxicity have led to stricter global regulations. This paper reviews detection methods for PFAS in textiles, including gas chromatography-mass spectrometry (GC-MS), liquid chromatography-tandem mass spectrometry (LC-MS/MS), oxygen bomb combustion-ion chromatography (IC), and online combustion-IC. The principles, applications, advantages, and limitations of each method are analyzed. LC-MS/MS is the mainstream due to high sensitivity, while combustion-IC is suitable for total fluorine screening. Future trends require developing high-sensitivity and rapid screening methods to meet regulations from the EU, US, etc., promoting green transformation in textiles.
    • Testing·Technology
      Development of automated sample placement equipment for detection of cotton short fiber content
      Chen Yantong, Jang Bin, Ning Hejia, Yang Zihao, Jia Zhen, Zhang Yi
      2026, 605(2): 86-89.
      Abstract ( )   Knowledge map   Save
      In response to the issue of data instability caused by variations in manual sample placement proficiency during traditional cotton short fiber content testing, an automated sample placement device has been developed. The device employs a fully integrated servo motor drive system, with upper computer software and a programmable logic controller (PLC) as the core control units. By integrating CANopen and RS485 communication networks and combining a pneumatic control module, it achieves automatic sliver arranging, clamping, and positioning functions. This study focuses on conducting comparative experiments to quantitatively analyze the differences in testing result stability between automated and manual sample placement. The experimental results demonstrate that this automated device significantly reduces random errors introduced by human operations, with both the repeatability standard deviation (SD) and coefficient of variation (CV) of the test results being markedly superior to those of manual operations. This automated sample placement device provides a feasible solution for further enhancing the stability of testing data.
    • Testing·Technology
      Interaction effects of down loftiness and filling density on thermal insulation performance of down-filled apparel
      Wu Xia
      2026, 605(2): 90-93.
      Abstract ( )   Knowledge map   Save
      This study systematically investigates the influence mechanism of the interaction effects between down loftiness and filling density on the thermal insulation performance of down-filled apparel. Four groups of white duck down with similar down content (77.0%, 86.0%, 88.5%, 90.0%) but significant loftiness differences were tested using a flat-plate thermal insulation analyzer (per GB/T 35762—2017) across 11 filling density gradients (60 g/m2~210 g/m2, 15 g/m2 increments). Key findings reveal: Minor loftiness differences (0.6 cm) only enhance thermal resistance at high filling densities (≥180 g/m2), e.g., 4.5% improvement for 77.0% down content group; Moderate differences (1.0 cm) consistently improve insulation (average +3.2% thermal resistance for 86.0% down group), though compression at 210 g/m2 diminishes gains; Large differences (1.6 cm) boost thermal resistance by 8.1% at low filling densities (≤105 g/m2) for 88.5% down content, but excessive compression at high densities reduces thermal resistance by 2.3%; High-loft down (19.3 cm) achieves equivalent insulation at 165 g/m2 to conventional down at 180 g/m2, enabling lightweight design. The research uncovers a critical interaction between loftiness and filling density. We propose an industrial optimization principle: prioritize high loftiness for low-density fills; avoid over-compression in high-density applications. This framework supports balanced performance enhancement and cost efficiency in down apparel production.
    • Testing·Technology
      A method based-on machine vision for assessing the color fastness to rubbing staining
      Chen Yueting, Wang Xiao, Sun Jie, Xue Fei, Wu Wenbo
      2026, 605(2): 94-98.
      Abstract ( )   Knowledge map   Save
      In this paper, a method for assessing the color fastness to rubbing of textiles is proposed to solve the subjective errors caused by manual assessment, which enhances the objectivity of the assessment. The method takes the sample image after the color fastness to rubbing test as the research object, uses machine vision processing technology to segment the image wear area from friction cloth as learning samples, and then constructs a color fastness rating model by training a LeNet-5 convolutional neural network for rapid grading. The experimental results show that the accuracy of this method for assessing the level of staining on friction cloth can reach 99.5%, effectively reducing the assessment error caused by human factors and improving work efficiency.
    • Testing·Technology
      Quantitative analysis of cotton/Lyocell blended fabrics using cross-sectional method
      Zheng Shaoming
      2026, 605(2): 99-101.
      Abstract ( )   Knowledge map   Save
      In response to the issues of incomplete dissolution and fibre damage that frequently arise in the quantitative analysis of cotton/Lyocell blended fabrics using the formic acid/zinc chloride method, as well as the significant measurement errors caused by variations in cotton fibre diameter in the longitudinal physical method, a quantitative analysis method based on the cross-section of a single yarn has been proposed. A comparison was made of the test results of the formic acid/zinc chloride method, the longitudinal physical method, and the cross-section method. The findings suggest that the cross-section method boasts considerable advantages in terms of detection accuracy, result objectivity, and method applicability. Future research could combine machine learning to achieve automated quantification, with the potential to further improve efficiency and universality.
    • Testing·Technology
      The influence of extraction conditions on the determination results of formaldehyde content in hair products
      Wu Zhongjia, Zhou Wen, Ju Zhengxiang, Xiao Ying
      2026, 605(2): 102-105.
      Abstract ( )   Knowledge map   Save
      The influence of extraction conditions (sampling length, heating temperature, heating time and oscillation rate) on the determination results of formaldehyde content in three types of hair products was studied by using spectrophotometry. The results showed that the sampling length had little effect on the formaldehyde content of chemical fiber hair products and human hair products. The extraction heating temperature and heating time were the main factors affecting the release of formaldehyde, especially for human hair products and cowhair products. The oscillation rate had a certain promoting effect on the release of formaldehyde from hair products, but it was not as significant as the extraction heating temperature and heating time. Human hair products were the most sensitive to the heating temperature and heating time, followed by wool hair products, while chemical fiber hair products were almost not sensitive. In the determination of formaldehyde in hair products, it is recommended that the sample length be 10 mm, the heating temperature be 60 ℃, the heating time be 30 min, and the oscillation rate be 200 r/min.
      • Application·Reflection
    • Application·Reflection
      Review of research on U.S. cotton ginning rate models
      Lei Lei, Chen Ang, Zhang Shuai, Zhou Xuan, Guo Xiaoxue
      2026, 605(2): 106-108.
      Abstract ( )   Knowledge map   Save
      This paper reviews the data stream collection and application in the process from cotton harvesting to ginning in the United States, and establishes a prediction model aimed at quantifying the impact of fiber quality and seed cotton variety characteristics on ginning rate by standardizing and integrating multi-source heterogeneous data, such as cotton bale identification, fiber quality, and agronomic traits. Studies have shown that cotton fiber quality attributes, such as impurity content, micronaire value, reflectance, and yellowness; and seed cotton variety characteristics, including cotton fiber percentage, bract hair, moisture content, and fiber density, are all key factors affecting the ginning rate. This paper systematically summarizes the relevant data stream architecture, the mechanism of action of key influencing factors, and modeling methods, with a view to providing references for the intelligent upgrading and processing efficiency optimization of China's cotton industry.
    • Application·Reflection
      Development and research status of anti-mite textiles
      Zhang Haitao, Meng Kai, Zhao Xia, Zhang Xue
      2026, 605(2): 109-112.
      Abstract ( )   Knowledge map   Save
      Mites, as common allergens in daily life, pose serious threats to human health. As health consciousness grows, anti-mite textiles are gaining increasing favor among consumers, and the research and development of anti-mite textiles has become a research hotspot in the field of functional textiles. This article reviews the research progress of anti-mite textiles. It focuses on introducing three anti-mite technologies: physical anti-mite, chemical anti-mite, and biological anti-mite. The three anti-mite technologies are compared, and the problems existing in the development of anti-mite textiles are analyzed. New anti-mite technologies are introduced, and the development of anti-mite textiles is prospected.
    • Application·Reflection
      Design of polyaniline and polypyrrole on cotton yarn surface coating and comparative analysis of their electrical conductivity
      Chen Jing, Li Dongdong, Zhang Hongmei, Ji Wangbin, Di Min
      2026, 605(2): 113-117.
      Abstract ( )   Knowledge map   Save
      This study employed pure cotton yarn as the substrate, using cerium ammonium nitrate as the initiator, itaconic acid as the functional modifier, and ferric chloride with ammonium persulfate as the oxidizing agents. Through in-situ polymerization, conductive polymer coatings of polyaniline (PANI) and polypyrrole (PPy) were synthesized on the cotton fiber surface, with systematic comparative analysis of their electrical conductivity properties. Scanning electron microscopy (SEM) observations revealed that both polymers successfully coated the fiber surface in granular morphology. Conductivity measurements using the SDM3055X-E digital multimeter showed that the resistance of PANI-and PPy-coated cotton yarns first decreased and then increased with itaconic acid concentration, reaching minimum values at 0.18 g/L. The PANI-coated yarn exhibited a resistance of 0.08 MΩ, while the PPy-coated yarn demonstrated 0.004 MΩ. Experimental results confirmed that this in-situ polymerization method effectively enhances the conductivity of cotton yarn, with the prepared conductive yarns showing promising applications in smart wearable devices and flexible electronics.
    • Application·Reflection
      Mutual shaping of pattern and craft: a study on the design logic of "Peacock" brand women’s embroidered dresses in 20th century in Shandong
      Shao Limin, Chu Huajun, Meng Xianliang
      2026, 605(2): 118-121.
      Abstract ( )   Knowledge map   Save
      From the 1950s to the 1980s, Shandong women's embroidered garments-represented by the renowned "Peacock" brand-stood as exemplary products in China's arts-and-crafts export industry. The design logic and system behind this successful brand remain underexplored. This research aims to summarize the concrete application patterns of floral motifs in women’s clothing during the mid-to-late 20th century, thereby filling gaps in the understanding of design history in that specific period. It seeks to provide historical reference and inspiration for contemporary Chinese women's fashion design-particularly in integrating traditional craftsmanship, cultural significance, and global market appeal. Drawing on first-hand archives and physical artifacts from the Shidao Embroidery Factory in Rongcheng , this study examines how these garments integrated floral motifs with Lu embroidery techniques to create a fashion style that embodied Chinese cultural aesthetics while achieving strong international market acceptance. The research reveals that their success stemmed from a well-developed "design-production" collaborative system: in creative development, a workflow of "natural sketching - artistic transformation-craft adaptation" was established; in visual composition, a rational method of "deconstructing and reorganizing motif elements" was formed; and in implementation, a highly unified logic of "motif-style-craft-market" was consistently followed. The research identifies the underlying principles governing the use of floral patterns in women's clothing from the mid-to-late 20th century, offering a valuable historical frame of reference for contemporary Chinese fashion brand design.
      • Fiber Inspection·Development
    • Fiber Inspection·Development
      Innovation in cocoon and silk quality inspection for intelligent manufacturing
      Han Siyu
      2026, 605(2): 122-127.
      Abstract ( )   Knowledge map   Save
      As a traditional advantageous industry and cultural heritage of China, the cocoon and silk industry is undergoing a profound transformation from "quantity" to "quality". From the perspective of the "١٥th Five-Year Plan" this paper systematically analyzes the bottlenecks in China's cocoon and silk quality inspection and detection system, particularly in terms of instruments and equipment, as well as inspection methods. Integrating national policy orientation and international industry development trends, a technological innovation path centered on "intelligentization, precision, and standardization" is proposed. The research covers key technical breakthroughs in the inspection of major products such as mulberry fresh cocoons, dried cocoons, raw silk, tussah cocoons, and artificially fed cocoons. It focuses on instrument development and method innovation based on cutting-edge technologies, including hyperspectral imaging, machine vision, near-infrared spectroscopy, artificial intelligence, and DNA molecular markers. Furthermore, the importance of synergistic advancement between standard system construction and technological innovation is emphasized. This paper aims to establish a scientific, efficient, and authoritative modern cocoon and silk quality inspection and detection system, providing core technical support for the high-quality development of China's cocoon and silk industry.
      • Industry·Analysis
    • Industry·Analysis
      Research on the improvement path of textile enterprises ESG performance based on the TOE framework
      Zhang Yuting, Yang Liang
      2026, 605(2): 128-132.
      Abstract ( )   Knowledge map   Save
      Against the backdrop of the "dual carbon" goals, textile enterprises face an urgent need for transformation, and optimizing their ESG performance has become a critical issue to be addressed. Selecting 46 textile enterprises as research subjects and based on the "Technology-Organization-Environment" framework, this study employs fuzzy-set Qualitative Comparative Analysis (fsQCA) to systematically analyze the impact of seven antecedent conditions on corporate ESG performance. The findings reveal that: (1) No single antecedent condition constitutes a necessary condition for high-level ESG performance. (2) There are four configurations leading to high-level ESG performance: the single-core technology-environment linkage digital transformation-driven type; the single-core technology-environment linkage innovation capability-driven type; the double-core technology-environment linkage adaptation capability-driven type; and the technology-organization-environment linkage adaptation capability-driven type.
      • Management·Discussion
    • Management·Discussion
      A Brief analysis on the construction of quality system in light industry and textile laboratories
      Ma Chongdong
      2026, 605(2): 133-137.
      Abstract ( )   Knowledge map   Save
      Based on the general requirements for laboratory accreditation and qualification certification, and considering the interdisciplinary nature and practical experience of light industry and textile testing, this paper explores the overall construction path of a laboratory quality system from scratch to continuous optimization, using a timeline as the narrative thread. It sequentially discusses the core tasks and common considerations during key stages such as planning and site selection, organizational structure building, document preparation, equipment management, method validation, and outlines maintenance and improvement mechanisms like internal audits and management reviews after the system becomes operational. The aim is to provide a systematic and operable reference framework for newly established or optimizing laboratories.
    • Management·Discussion
      Application path of total quality management in fiber inspection
      Sun Qi, Yang Yong, Ma Junyi
      2026, 605(2): 138-140.
      Abstract ( )   Knowledge map   Save
      Total Quality Management (TQM) is characterized by full participation, whole process control and all factor management, which provides a scientific management paradigm for improving the quality of fiber inspection. Based on this, this paper analyzes the core role of total quality management in improving the level of fiber inspection and expanding the dimension of inspection management, and then sorts out the key factors affecting fiber inspection quality, such as instruments, equipment, reagents, samples, environment, personnel, and finally puts forward the specific application path of total quality management in fiber inspection from three aspects of information construction, standard optimization, and team construction. The purpose is to provide theoretical reference for promoting the upgrading of quality control system in fiber inspection industry and achieving accurate improvement of inspection quality.
    • Management·Discussion
      Research on risk prediction and prevention and control mechanism in market supervision quality management
      Yang Xiaoqiang, Xu Wei, Zhang Lei, Zhu Wenjing
      2026, 605(2): 141-144.
      Abstract ( )   Knowledge map   Save
      product quality and safety risk prevention and control is the core proposition of the modernization of market regulation. To build a scientific and perfect risk prediction and prevention and control mechanism, we need to promote the system from three dimensions of risk identification, prediction and early warning and collaborative disposal, and establish a multidimensional risk classification system by integrating multi-source risk information, which can accurately describe the generation mechanism and transmission law of quality and safety risk. Using digital intelligence technology to build an early warning model to achieve dynamic monitoring and accurate prediction of risks, form a prevention and control pattern of multi-agent collaboration and whole process closed-loop management, and promote the transformation of regulatory mode from post disposal to pre prevention. This mechanism innovation provides a systematic solution for improving product quality and safety governance ability, protecting consumer rights and interests, and promoting high-quality industrial development.