DOTP
- 网络增塑剂;对苯二甲酸二辛酯;对苯二甲酸二异辛酯;对苯二甲酸二辛脂
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A study on process for preparing plasticizer DOTP from waste PET
利用涤纶废料制取增塑剂DOTP工艺研究
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Study on the Synthesis of DOTP from Waste Polyester
由聚酯废料合成DOTP的研究
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Study on making DOTP plasticizer with waste polyester fibre
废聚酯制取增塑剂DOTP的研究
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The artical introduced experiment that made DOTP Plasticizer with waste polyester directly .
本文介绍了废聚酯采用直接法制取增塑剂对苯二甲酸二异辛酯(DOTP)的研究。
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Study on the Synthesis of Plasticizer DOTP from Waste TPA
TPA下脚料合成增塑剂DOTP
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Study on esterification rule in DOTP preparation
DOTP酯化反应规律的研究
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Progress of Research on Catalysts for Synthesis of Plasticizer DOTP from Waste PET by Alcoholysis Method
废PET聚酯醇解法制备增塑剂DOTP的催化剂研究进展
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Study on Decolorization of Plasticizer DOTP Synthesized from Waste TPA
TPA下脚料合成增塑剂DOTP的脱色研究
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Study on decolorizer technical of plasticizer DOTP from waste PET
PET废料制备DOTP的脱色技术研究
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Preparation of DOTP with Dodecylbenzene sulfonic acid as catalyst
十二烷基苯磺酸对增塑剂DOTP合成的催化作用
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The synthesis method of dioctyl terephthalate ( DOTP ) from waste PET bottles with the catalysts of zinc acetate and magnesia is investigated .
介绍了以废聚酯瓶为原料,用醋酸锌与氧化镁复合催化剂合成对苯二甲酸二(2-乙基己)酯(DOTP)的方法。
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Plasticizer DOTP was prepared from ethylene glycol residue ( major component is PET low polymer ) using single step process in which alcoholysis and ester interchange were combined .
以聚酯生产中产生的下脚料&乙二醇残渣(主要含PET低聚物)为原料,采用辛醇合并醇解、酯交换一步法工艺,合成了增塑剂DOTP。
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The interaction parameters between DBP , DOP , DOTP , DBP + DOTP and different grades of PVC resin were determined by measuring the clear points .
本文用测清晰点的方法,测定了DBP、DOP、DOTP以及DBP+DOTP等增塑剂与不同型号PVC树脂之间相互作用参数κ值。
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Experimental results show that the M-02 new type plasticizer can be used to instead the whole or partial of the traditional plasticizer such as DOP DBP DOTP and DIDP etc.
实验表明,M-02新型增塑剂可以全部或部分代替传统增塑剂DOP、DBP、DOTP、DIDP等在橡胶、塑料制品中使用。
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Preparation of plasticizer dioctyl terephthalate ( DOTP ) by the waste PET as raw material and tetrabutyl titanate as the catalyst in the aprotic solvent of N-methyl-2-pyrrolidinone is study .
在利用废聚酯制备对苯二甲酸型醇酸树脂过程中,原材料的选择和合成工艺的选择是影响其性能指标的主要因素。