Recently, the Shenzhen Inspection and Quarantine Bureau supervised the destruction of a batch of imported unqualified garments. The batch of garments was imported from Italy, a total of 55 items worth 4725 US dollars.
It is understood that the batch of garments** entered the Jindu port, and the inspection and quarantine personnel checked the pH value of the aqueous extract in a men's woven trousers after the sample inspection. The pH was 8.5, which is inconsistent with the National Textile Product Basics. Limiting requirements for Class B products in Safety Technical Specification (GB18401-2003) (4.0-7.5). The Shenzhen Inspection and Quarantine Bureau required the enterprise to carry out technical treatment of unqualified garments. However, the sample was rechecked. The pH of the batch of garment water extract was 7.8 and still did not meet the standard limit. In addition, the batch of imported clothing labels are incomplete and non-standard, and do not meet the requirements of GB5296.4-1998 (Description of Instructions for Use of Consumer Products, Textiles and Garments).
The pH value is determined by chemical analysis of the acidity and alkalinity of a substance. The pH value is also an indicator of textile safety. According to the current national standard GB18401-2003, the pH value of infants and textile products that directly contact the skin should be controlled. In 4.0 to 7.5, the pH value of textile products that are not in direct contact with the skin should be controlled between 4.0 and 9.0.
If the pH value exceeds this range of textiles, not only the use of the textile itself has an impact, and long-term contact with the human body will destroy the weak acidic environment of the human skin, causing skin itching, allergies, inflammation, and even damage the body's sweat glands and nerves The system reduces the resistance of the skin, making it easier for bacteria to invade the body and affect human health.
It is understood that the batch of garments** entered the Jindu port, and the inspection and quarantine personnel checked the pH value of the aqueous extract in a men's woven trousers after the sample inspection. The pH was 8.5, which is inconsistent with the National Textile Product Basics. Limiting requirements for Class B products in Safety Technical Specification (GB18401-2003) (4.0-7.5). The Shenzhen Inspection and Quarantine Bureau required the enterprise to carry out technical treatment of unqualified garments. However, the sample was rechecked. The pH of the batch of garment water extract was 7.8 and still did not meet the standard limit. In addition, the batch of imported clothing labels are incomplete and non-standard, and do not meet the requirements of GB5296.4-1998 (Description of Instructions for Use of Consumer Products, Textiles and Garments).
The pH value is determined by chemical analysis of the acidity and alkalinity of a substance. The pH value is also an indicator of textile safety. According to the current national standard GB18401-2003, the pH value of infants and textile products that directly contact the skin should be controlled. In 4.0 to 7.5, the pH value of textile products that are not in direct contact with the skin should be controlled between 4.0 and 9.0.
If the pH value exceeds this range of textiles, not only the use of the textile itself has an impact, and long-term contact with the human body will destroy the weak acidic environment of the human skin, causing skin itching, allergies, inflammation, and even damage the body's sweat glands and nerves The system reduces the resistance of the skin, making it easier for bacteria to invade the body and affect human health.
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