Knitted t-shirt is a kind of clothing that people like and are widely worn at home, leisure or sports. In order to better understand the implementation of GB/T 22849—2024 "Knitted T-shirt" standards, this article analysis the changes between the old and new standards in detail,in the end, the corresponding suggestions were put forward for the matters needing attention in the implementation of the new standards.

This paper compares the scope of application, normative reference documents, term definition, requirements, internal quality, appearance quality, logo and other aspects of QB/T 1193—2012 and QB/T 1193—2023, analyzes the differences between the old and new versions, for the supervision department, testing institutions, enterprise development, production, quality control, sales and other related personnel and consumers.

This article compares and analyzes the changes and differences between the 2024 and 2011 editions of GB/T 26382 "Worsted fabric" in terms of scope of application, normative references, specifications, internal quality, appearance quality requirements, test methods, etc. The aim is to enable production enterprises and quality inspectors to better understand and implement the new standards.

Traditional textile inspection mostly relies on laboratory inspection, which faces many challenges of time-consuming and high cost. Rapid detection methods, with their efficient and convenient features, have become a research hotspot in the field of textile testing. This paper systematically analyzes the development status and research direction of common textile inspection items in the field of rapid inspection, in order to provide theoretical basis and technical guidance for promoting the development of textile rapid inspection technology.

Binzhou Inspection and Testing Center is formed by the integration of former institutions such as Binzhou Textile Fiber Inspection Institute. It has a profound accumulation and unique advantages in the field of fiber inspection. In 2025, under the leadership of Party building, the center has promoted the in - depth integration of Party building and business through "a game of chess" for overall planning, "a network" for in - depth integration, "one heart" for resonance at the same frequency, "one momentum" for innovation and breakthrough, and "a sword" for improving conduct and enforcing discipline. It has shown strong development vitality in the field of fiber inspection and provided strong technical support for the high -quality development of the regional textile industry.

This article studies the quality correction coefficient values of cellulose fibers treated with 20% hydrochloric acid within 15 minutes at room temperature. Three methods, namely manual splitting, manual splitting and dissolution after splitting, and sequential dissolution with 20% hydrochloric acid, were used to quantitatively analyze and compare cellulose fiber/nylon/spandex blended products. The results indicate that the sequential dissolution method using 20% hydrochloric acid meets the requirements of GB/T 29862—2013 "Identification of Fiber Content in Textiles", which can greatly save time and improve efficiency. Compared with the other two methods, it is more suitable for quantitative analysis of large-scale blended products.

The control status of alkylphenols (APs) and alkylphenol polyoxyethylene ethers (APEOs) in textile products, the common test methods of APs and APEOs in textiles, and the compliance status of APs and APEOs in textile products in the domestic market of China were combed and analyzed, and reasonable suggestions were put forward for the compliance and control of APs and APEOs in textile products. The aim of this article is to inform enterprises the requirements of APs and APEOs content indexes in China’s textile standards, and the quality status of APs and APEOs in the textile products in the current market, so as to provide a reference for APs and APEOs compliance in the entire production chain of textiles.

By comparing and analyzing the old and new standards of FZ/T 73052—2024 "Washed knitted garments" and FZ/T 73052—2015 "Washed knitted garments", The main differences between the two standards in reference documents, product type, intrinsic quality, appearance quality, test methods, sampling rules, decision rules and product usage instructions are discussed. The new standard has been revised and added in several aspects to adapt to current market needs and technological advances. The de- tailed analysis of these changes aims to provide valuable references for textile and garment enterprises and related practitioners to help them better understand and implement the new standards.

The breaking strength is a routine testing item for textile woven fabrics and other processed products. This article compares the differences between the strip method and the grab method for testing the breaking strength of woven fabrics in details.Then, 8 sets of woven fabrics with different fabrics are selected, and the two testing methods are used for the breaking strength test. The data differences and reasons for the differences in the test results are thoroughly compared and analyzed. Based on the experimental results, corresponding suggestions were proposed in order to provide valuable references for laboratories and related institutions.

GB/T 12705.2—2024 "Textiles-Methods of testing the down-proof property-Part 2:Tumble test" was released on April 25, 2024 and implemented on November 1. This article compares and analyzes this standard with GB/T 12705.2—2009 "Textile- Methods of testing the down-proof properties of fabrics-Part 2:Tumble test", interprets the main differences between the new and old standards, and provides reference for standard users.

Under the background of increasing international political and economic tension and domestic consumption upgrading, the fragility of China's textile industry supply chain is increasingly revealed, and how to improve the resilience of the textile indus- try supply chain is an important proposition that needs to be explored. At the current stage, the resilient development of China’s textile industry supply chain is facing the dilemma of insufficient vitality on the demand side, insufficient value-added capacity of the supply chain, relocation of international manufacturing industry and transfer of domestic traditional industries and insufficient supply chain risk management capabilities. Based on the theory of digital finance and supply chain resilience, this paper analyzes the theoretical mechanism of digital finance to improve supply chain resilience, to explore the application of the textile industry sup- ply chain to optimize the supply chain financing structure, enhance the risk management ability of the supply chain, promote supply chain collaboration and spillover, support the technological innovation and green transformation of the supply chain, and provides countermeasures and suggestions for improving the resilience of the textile supply chain.

The digital transformation of the textile industry is an important strategic task during the 14th Five-Year Planperiod of our country. This paper will analyze the current situation of the digital development of the textile industry from six aspects: textile enterprises themselves, consumer personalized needs, user experience, industrial science and technology service enterprises, industry sustainable development, and industry value. And put forward the digitalization development trend of the textile industry.

In this paper, the relevant standards of measuring the combustion performance of chemical fiber by cone calorimeter at home and abroad are studied. Comparative analysis the differences between those standards, provide a reference for the production design and testing of chemical fiber related products in China, and contribute to the compilation and revision of subsequent stan- dards related to the combustion performance of chemical fiber in China.

This article analyzes the standard GB/T 8427—2019 "Textiles-Tests for Color fastness-Color fastness to artificial light:Xenon arc", and analyzes the testing points in the light color fastness standard one by one. Combined with the problems encountered in daily testing, precautions in the testing process are proposed.

The paper compares the test methods of the upper pull strength in different footwear product standards, and the test re- quirements, test equipment, tensile speed, ambient temperature, sample preparation, test process, result expression and determina- tion index are compared in detail, to provide reference for the testing institutions and production enterprises, and give some sugges- tions for the existing standards according to the analysis results of the test methods.

This study investigates the quality variation patterns of cotton stored under nitrogen enrichment, vacuum, and natural environmental conditions. Six key indicators of cotton quality, including micronaire value, reflectance, yellowness, length, length uniformity, and strength, were tracked and tested over a period of 16 months. Data were processed and analyzed using machine learning and statistical analysis methods. The conclusion drawn is that under the three storage conditions: natural environment, ni- trogen enrichment and vacuum, the variations in the micronaire value, length, uniformity and strength of the cotton are all within the allowable measurement error range, indicating no significant differences in the changes of these indicators under the three storage conditions. The reflectance under all three storage conditions showed a clear downward trend, with the vacuum storage condition exhibiting a slower rate of decline compared to nitrogen enrichment and the natural environment. The yellowness values under all three storage conditions significantly increased over time, with the rate of increase being the fastest under nitrogen enrichment. This research provides new insights into cotton storage methods and offers data support. By deeply analyzing the variation patterns of quality indicators of cotton under the three storage conditions, this study is instructive for optimizing cotton storage technology.

Fiber quality monitoring is an important part of the overall work of market supervision. To effectively serve the needs of the market supervision work on fibers and their products and provide technical support for the sound development of the fiber industry. Ningxia Fiber Quality Monitoring Center adheres to the guidance of Xi Jinping Thought on Socialism with Chinese Characteristics for a New Era. It focuses on serving the work arrangements of the State Administration for Market Regulation regarding "a large market, high-quality development, and comprehensive supervision", and makes efforts to play its role in serving the overall situation of market supervision work, thus promoting the high-quality development of the fiber quality monitoring cause with practical actions.

This paper comprehensively interprets GB 30585—2024 "Safety Technical Code for Children’s Shoes" and GB 30585—2014 "Technical Spec- ification for Children’s Shoes Safety" from the aspects of application scope, technical requirements and test methods, and summarizes the technical char- acteristics of the new standard. Combined with the actual situation, the im- plementation of the new standard is proposed, which is conducive to relevant enterprises and testing institutions to have a clearer understanding and under- standing of the revised content of the new standard, so as to improve the quality of children's shoes products and ensure the healthy growth of children.

The textile industry in Zaozhuang city, being a traditional pillar and an important livelihood-related industry, is of great significance. This paper conducts in-depth research to analyze its current development status and key issues. Subsequently, it puts forward targeted and operational countermeasures and suggestions. The objective is to propel the industry towards high-end,intelligent, and diversified development, achieve high-quality transformation and upgrading, enhance its market competitiveness, and contribute to local economic growth and social stability.

Medical textile material is an important part of medical material system, as an important component of medical devices, its biocompatibility is directly related to clinical application results. In vitro cytotoxicity detection is a key link in biological evalua- tion of medical textile materials. It is a very important in vitro test to measure the biological response caused by the contact between medical textile materials and body tissues by simulating the biological growth environment under in vitro conditions. In this paper, the relevant standards of in vitro cytotoxicity of medical textile materials are systematically reviewed, the differences between dif- ferent detection methods are compared, and the detection methods and criteria covered by the current standards are comprehensively summarized and integrated. On this basis, the specific suggestions are put forward: the manufacturers of medical textile products and materials should flexibly choose different testing methods according to the characteristics of different stages of product develop- ment and production; Testing institutions should give priority to quantitative testing methods when carrying out testing work; Regu- lators need to develop a standard approach. Through the detailed comparison and in-depth analysis of cytotoxicity standards and de- tection methods, it lays a solid foundation for the safety of medical textile materials, effectively promotes the scientific supervision process of medical textile materials, and then constructs a complete social co-governance pattern, which provides a solid guarantee and strong support for the steady development of the medical textile materials industry.

The phenomenon of yellowing in textile clothing during storage or wear often occurs, seriously affecting the appearance quality of clothing and the wearing experience of consumers. This article conducts an in-depth analysis of the test results of real quality cases encountered, discusses the causes of clothing yellowing, and puts forward prevention and improvement measures to help enterprises avoid the potential risks of clothing yellowing.

The purpose of this study was to explore the change of sugar content in cotton during storage and its effect on the quality variation of reserve cotton. Excessive sugar content in cotton may lead to an increase in viscosity, which in turn affects the textile production process. Sugar content, as a key index to measure cotton quality, is very important to the textile industry. During the twoyear experimental period, this study conducted regular tracking tests on cotton samples stored in a database, and combined machine learning and statistical analysis methods to comprehensively process and analyze the data. The experimental results showed that under natural storage conditions, the sugar content index of cotton remained stable as a whole, and the fluctuation range was between 0.5% and 3.0%, and the fluctuation was within the allowable error range of measurement(±2%). No significant change in sugar content was observed. In addition, there was no significant correlation between the change of sugar content and the reflectance and yellowness of cotton quality. The results of this study provide new data for the natural variation of cotton and provide a scientific basis for the optimization of storage management.

GB 30585—2024 "Technical Specification for Safety of Children's Shoes" was released on May 28, 2024 and will be implemented on Jun 1, 2025. In order to implement this standard better, this article will compare and analyze the changes between GB 30585—2024 and GB 30585—2014 , The results will provide reference for personnel related to enterprises and testing units.

Cotton is the most extensively cultivated natural fiber globally, with more than 100 countries participating in its commercial cultivation and widely utilized in both industrial and domestic products. To sustain its competitive advantage against other natural and synthetic materials, the cotton industry must integrate information technology in planting, production, and the comprehensive analysis of associated data. This article intends to provide an overview of the research on information technologies that advance the cotton industry, including unmanned aerial vehicle remote sensing, modern irrigation methods, intelligent topping techniques, versatile robot platforms, and mathematical models for economic application.

In this article, the scope, apparatus, preparation of test cushions, test procedure, calculation and evaluation of test results of the old and new versions of GB/T 12705.1 are compared and analyzed, which are for the reference of relevant fabric manufactur- ers, garment manufacturers, testing institutions and other practitioners and consumers.

Category innovation is an important way for textile and garment Enterprises to cope with market adjustment and enhance competitiveness. Under the perspective of value co-creation, category innovation of textile and garment Enterprises includes the in- teraction process of joint research and development joint production, and other processes involving various links of the value chain, and textile and Garment Enterprises can participate in the realization of textile category innovation and value co-creation together with their stakeholders. In the face of the lack of sufficient market insight, high competitive pressure and the difficulty of supply chain collaboration and other development challenges, textile and garment Enterprises should integrate multiple resources to carry out category innovation and realize the co-creation of value in order to adapt to the changes in the market and meet the new needs of consumers.

GB 30585—2024 "Safety technical specifications for infants' and children's footwear" will be officially implemented on June 1, 2025. Compared with GB 30585—2014 "Safety technical specifications for children's footwear", this new version has sig- nificant changes in aspects, such as scope of application, terms and definitions, technical requirements, and test methods. This paper makes a detailed comparison between the new and old standards from the dimensions of standard structure and technical content, aiming to provide detailed references for children's shoe manufacturers and related testing institutions to deeply and accurately un- derstand the new standard, and to them better adapt to the changes brought by the new standard.

This article analyzes the cotton quality in the three major cotton producing areas in China. Select cotton inspection data of 2023 and compare the quality indicators of cotton color grade, length grade, micronaire value, length uniformity index,fracture strength, and rolling quality in five regions includes Hebei, Shandong, Hubei, Hunan, and Xinjiang. Analyze the main factors affecting cotton quality and provide corresponding suggestions. It is believed that cotton varieties selecting, environmental monitoring, and professional cultivation management have positive effects on improving cotton quality.

According to the drying rate item of GB/T 21655.1—2023 "Evaluation of moisture absorption and rapid drying performance of Textiles Part 1 Single Combination test Method", this paper discusses the differences between three different drying rates of instrumental method and manual method. Among them, the instrument method can be divided into three kinds: the instrument with four sides of baffle plate using rotary weighing, the instrument with four sides of baffle plate without rotating weighing and the instrument without rotating weighing. The manual method is to clamp the sample on the suspension device and place it on the balance all the time to prevent a certain wind speed from being generated by moving the sample device back and forth. The results show that the test results of the rotating weighing instrument method are generally too large. The cavitation baffle around the test has a slight influence on the test results, but the influence is not large. The non-rotating weighing without baffle around is closest to the manual method.

GB/T 26382—2024 "Worsted fabric" officially came into effect on October 1, 2024. In order to deepen the understanding and application of the new standard, this article starts with the scope of application, normative references, terminology and definitions,technical requirements, appearance quality assessment, test methods, and inspection rules, comprehensively compares the differences and reasons for modifications between the old and new "Worsted fabric" standards, and proposes countermeasures and suggestions.

This paper takes the dual-high program in Fashion Design and Technology at Hangzhou Vocational and Technical Col- lege as a case study to explore the construction of a practical curriculum system aimed at cultivating on-site engineers. By integrat- ing the characteristics of vocational education with industry demands, the paper analyzes the competencies required by the textile and apparel industry for on-site engineers and investigates how curriculum design and implementation can enhance students’ practi- cal skills and job adaptability. The study finds that the development of a modular, project-based, and industry-collaborative curricu- lum system can effectively improve students’ hands-on abilities and overall professional competence, ultimately contributing to the supply of highly skilled on-site engineers to the textile and apparel industry.

In this paper, the identification test of poly (perfluorinated ethylene propylene) fiber was carried out by microscopy, combustion method, chemical dissolution method and infrared spectroscopy. The fiber cross section morphology, combustion property, chemical dissolution property and fiber infrared spectral absorption diagram of poly (perfluorinated ethylene propylene) fiber were summarized. According to the standard and literature, the chemical dissolution test was carried out with the corresponding reagent, and the quality correction coefficient of polyperfluoroethylene propylene fiber in different chemical reagents was obtained and the quantitative analysis scheme was developed. Finally, the validation test of polyperfluorinated ethylene propylene fiber and other fiber mixture was carried out by selecting the corresponding method, which provided the basis for the quantitative analysis of the blended product.

In order to promote the development of intelligent detection and intelligent services in the textile inspection industry,particularly in the areas of labeling and usage instructions,an intelligent detection terminal for textile labeling has been developed.By using OCR text recognition technology, the text information on the textile certificate is collected and recognized. Using image recognition technology based on deep neural networks, the washing symbols and text information on the textile washing label are recognized, and a training model for recognizing washing symbols is established to improve recognition accuracy; Based on the years of experience in textile instructions testing at Guangjian Group, we have developed a cloud technology data analysis system to achieve online intelligent detection and identification intelligent production. We have also developed a mobile application terminal to achieve a fast and convenient intelligent service system for textile instructions.

By comparing GB/T 31900—2024 "Woven children's clothing" and GB/T 31900—2015 "Woven children's clothing", this paper analyzes the update points of the main technical indexes of GB/T 31900—2024 in detail, and puts forward corresponding measures and suggestions. To help children’s clothing brands, production enterprises, testing institutions and other practitioners and consumers understand the requirements of the standard better.

The rapid development of the digital economy and the complexity and change of the international situation make the internationalization of textile enterprises face unprecedented challenges and opportunities. This paper explores the path of digitalization to promote the internationalization of textile enterprises from the perspective of digital dynamic capability. The results show that textile enterprises can utilize big data to enhance their digital perception ability; use blockchain technology to enhance their digital acquisition ability; and build a digital platform ecosystem to enhance their digital reconfiguration ability. Textile enterprises should take digital dynamic ability as the core driving force to promote internationalization through digitalization.

This paper mainly describes how the tensile properties of the base fabric for polyester waterproof membranes are affected by the structure of the base fabric and post-processing. Selecting three kinds of base fabrics with different structures, namel polyester spunbond base fabric, polyester spunbond sizing base fabric, and coated polyester staple-punched base fabric, as the experimental objects,test according to GB/T 24218.3—2010. The tests were conducted with different stretching speeds, stretching directions, and hot pressing treatments, study the tensile properties of three different base fabrics. By analyzing the test results, find out the base fabric with good tensile strength and stable structure, provide a basis for the study of waterproof membrane quality.

In order to improve quality of Infants and Children Garments in domestic markets, quick screening inspection is introduced by some local administrations for market regulation, which is seemed to be more economical, efficient and more targeted compared to conventional quality supervision measures. This article lists some quick screening inspection items for infants and children garments based on relevant standards and the characters of products, and gives some outlooks about the development of quick screening inspection.

In recent years, the silk hair loops have been widely loved by the public and sold well. However, the uneven quality is difficult to define, and there is a lack of standards for testing and quality standards. The group standard T/ZZCS 003—2023 "Silk Hair Loop" was formulated and implemented. This paper interprets and explains the group standard of "Silk Hair Loop" from the aspects of implementation significance and standard content formulation, and puts forward suggestions for the further improvement of the group standard in the future. Through the standard interpretation, the consistency of the understanding of the standard content is strengthened.

This article mainly introduces the revised content of GB/T 5881— 2024 "Test Methods for Physical and Chemical Properties of Ramie" standard, and analyzes in detail the differences between the old and new standards. The new standard has made new requirements in terms of application scope and usage methods, and has made adjustments in the detection methods of moisture regain and moisture content, whiteness, length, linear density, etc. Through the interpretation of this standard, it aims to help fair inspection institutions, relat- ed enterprises, and laboratories of ramie proficiently learn and master the new standard, and prepare for the implementation of the new standard.

The textile industry is the traditional pillar industry of the national economy, in the face of the increasingly complex and volatile international situation, how to improve the resilience of the textile industry chain is an important issue that needs to be re- solved. The digital-real integration is the process of promoting the evolution of the real economy from the traditional form of real economy to the new form of real economy, and it is the key to the transformation of textile enterprises’ digital intelligence and the enhancement of the resilience of the textile industry chain. This paper explores the influence mechanism of digital integration to en- hance the resilience of the textile industry chain from the three dimensions of risk resistance mechanism, industry chain integration mechanism and innovation drive, and analyzes its realistic dilemma, on the basis of which it studies the specific path to enhance the resilience of the textile industry chain empowered by the integration of digital and real.