门尼黏度标准物质的研制与体系构建OACSTPCD
Development and System Construction of Mooney Viscosity Standard Material
门尼黏度是橡胶工业质量控制的关键指标,对橡胶工业的品质有着至关重要的作用,因此,准确测定门尼黏度显得尤为重要.为满足橡胶工业技术进步的需求,按照标准物质研制的相关规定,对优选的丁二烯橡胶、苯乙烯-丁二烯橡胶、丁基橡胶、乙丙橡胶、溴化丁基橡胶、异戊橡胶、低顺式聚丁二烯橡胶等合成橡胶工业样品,经过均匀性和稳定性检验,采用多家实验室联合定值,并对定值结果通过异常数据判断、数据正态分布检验、等精度检验等数据处理及不确定度评估等系列工作,研制出了不同合成橡胶不同门尼黏度值的系列标准物质.该系列标准物质在ML(1+4)100℃条件下的门尼黏度标准值分别为为 33.5±0.8、42.4±0.8、45.6±0.5、49.1±0.8、51.2±1.0、52.2±0.7、66.3±1.1、76.2±1.1、76.6±0.8、81.9±1.4、86.6±1.0.构建了 33.5、42.4、45.6、49.1、51.2、52.2、66.3、76.2、76.6、81.9、86.6 门尼黏度标准物质体系,为橡胶工业生产控制、产品检验、产品贸易、质量仲裁提供技术支撑,在橡胶工业行业得到广泛的应用.
Mooney viscosity is the key index of quality control in rubber industry,which plays a vital role in the quality of rubber industry,therefore,the accurately measure of Mooney viscosity is particularly important.In order to meet the needs for technological progress in the rubber industry,in accordance with the relevant provisions of the development of standard substances,the homogeneity and stability of the preferred samples of butadiene rubber,styrene-butadiene rubber,butyl rubber,ethylene-propylene rubber,brominated butyl rubber,isoamyl rubber,low cy-polybutadiene rubber were tested,and were fixed values by several laboratories jointly.The fixed value data were tested through the abnormal data judgment,normal distribution test,equal accuracy test and uncertainty evaluation series of work,a series of standard materials with different Mooney viscosity had been developed.The standard values at ML(1+4)100℃were 33.5±0.8,42.4±0.8,45.6±0.5,49.1±0.8,51.2±1.0,52.2±0.7,66.3±1.1,76.2±1.1,76.6±0.8,81.9±1.4,86.6±1.0,the Mooney viscosity standard material system(33.5,42.4,45.6,49.1,51.2,52.2,66.3,76.2,76.6,81.9,86.6)was constructed.They provided technical support for rubber industry production control,product inspection,product trade,quality arbitration,and were widely used in rubber industry.
刘俊保;黄世英;曹帅英
中国石油天然气股份有限公司石油化工研究院 兰州化工研究中心 国家合成橡胶质量检验检测中心,甘肃兰州 730060
化学工程
门尼黏度标准物质研制体系构建
Mooney viscositystandard materialdevelopmentsystem construction
《合成材料老化与应用》 2024 (005)
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