首页> 外文会议>Society of Plastics Engineers Annual Technical Conference >KNEADER TECHNOLOGY FOR THE DIRECT DEVOLATILIZATION OF TEMPERATURE SENSITIVE ELASTOMERS
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KNEADER TECHNOLOGY FOR THE DIRECT DEVOLATILIZATION OF TEMPERATURE SENSITIVE ELASTOMERS

机译:用于温度敏感弹性体直接挥发的捏合技术

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Synthetic elastomers have been produced for over 50 years. Advances in catalyst systems and polymer formulations have been somewhat diminished by the continued use of the same processing technology. In particular, the use of coagulation, steam stripping, mechanical dewatering, and convective drying for the devolatilization of temperature sensitive elastomeric solutions can be replaced with direct devolatilization using kneader technology. A two-step, direct devolatilization process has demonstrated energy savings and advantages in environmental emissions and process/product flexibility when compared to the conventional steam stripping process.
机译:合成弹性体已经生产了50多年。继续使用相同的加工技术,已在一定程度上削弱了催化剂体系和聚合物配方的进步。特别地,可以使用捏合机技术直接脱挥发分来代替使用凝结,蒸汽汽提,机械脱水和对流干燥来对温度敏感的弹性体溶液进行脱挥发分。与常规蒸汽汽提工艺相比,两步直接脱挥发分工艺已显示出节能效果,并在环境排放和工艺/产品灵活性方面具有优势。

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