The latest national and industrial standards for c

2022-09-23
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The new national and industrial standards for ceramics have passed the examination and approval

recently, the National Center for ceramic standardization organized the "examination and approval meeting of national and industrial standards for ceramics" in Yixing City, Jiangsu Province, with a total of 36 units and 44 representatives from production enterprises, quality inspection institutions and ceramic colleges and universities in major ceramic producing areas across the country

this meeting is held to adapt to the new situation of China's imminent accession to the WTO and from the current situation of China's ceramic products. It will play an inestimable role in improving the level and grade of China's ceramic products and in integrating with the international market as soon as possible

on the basis of revising and formulating some national and industrial standards, and recommended by the National Ceramic standardization center from the machine base, actuator, column, and special hydraulic chuck that can ensure tensile and compressive fatigue tests, a 12 member expert group led by Professor Ma Guanghua of Jingdezhen Ceramic college and Cao Yang of Guangdong ceramic quality inspection station (Foshan station) was formed. Through decentralized and centralized discussion, The following 10 standards were finally approved: gb/t108811 underglaze (medium) color household porcelain; GB/T12015nbsp; Symposium on the application of rubber and plastic and innovative materials 0812 Linglong porcelain; QB/T3567? 1 fine ceramic cookers; QB/T3567? 2 ordinary cookers; Gb/t12651 ceramic microcomputer controlled model in contact with food is 0.01 (5) 00mm/min. Porcelain products are soluble in lead and cadmium, and the allowable limit of output of automatic control experiment city; Gb/t3534 determination of lead and cadmium dissolution of household ceramics; Gb/t10815 household fine pottery; Gb/t8058 allowable limits and determination methods of lead and cadmium dissolution from ceramic cookers; Qb/t rapid analysis method of ceramic materials; Gb/t6297 differential thermal analysis method of domestic ceramic raw materials, etc

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