巴斯夫两套装置即将投产.pdf

ADDITIVE添加剂收稿日期：2 0 2 3-0 4-2 8。442023年第38 卷滑润油制和空气释放性、提高酯类油配方的水解安定性和PAO配方的弹性体相容性，或者作为功能性助剂降低摩擦系数，以及与极压抗磨和防锈剂协同增效等。参考文献：1 MATLOCK P L,CLINTON N A.Polyalkylene Glycols.SHUBKIN R L.Synthetic Lubricants and High PerformanceFunctional Fluids M.New York:Marcel Dekker,1993:101-123.2 LAWFORD S.Polyalkylene Glycols.RUDNICK L R.Syn-thetics,Mineral Oils and Bio-Based Lubricants M.BocaRaton:CRC Press,2006:119-138.3 GREAVES M R.Polyalkylene Glycols.RUDNICK L R.Syn-thetics,Mineral Oils and Bio-Based Lubricants M.BocaRaton:CRC Press,2013:123-148.4 TOTTEN G E,WEBSTER G,BISHOP R,et al.AnhydrousPolyalkylene Glycol Hydraulic Fluids C.SAE TechnicalPaper,2000-01-2557.5 BROWN W R.The Role of Polyalkylene Glycols in Synthet-ic Metalworking Fluid J.Lubrication Engineering,1998,44:168-171.6 CREAVES M R,KHEMCHANDANI G V.Novel Polyalky-lene Glycol Based Hydraulic FluidsJ.Iron&Steel Tech-nology,2010,7:66-71.7 GREAVES M R,VAN VOORST R,MEERTENS M,et al.Polyalkylene Glycols Useful as Lubricant Additives forGroup I-IV Hydrocarbon Oils:W02011011656A2 P.8 CREAVES M R,VAN VOORSTR,MEERTENS M,et al.Performance Properties of Oil-Soluble Synthetic Polyalky-lene GlycolsJ.Lubrication Science,2012,24(6):251-262.9 GREAVES M R.Oil Soluble Polyalkylene Glycols-A NewType of API Group V Base Oil J.Mineraloeltechnik,2013,59:1-23.10 GREAVES M R.Oil Soluble Polyalkylene Glycols J.Lube-Tech,2013,118(90):20-25.11 GREAVES M R,KSENIJA,TOPOLOVEC MIKLOZIC.FilmForming Behaviour of Oil Soluble Polyalkylene Glycols J.Industrial Lubrication and Tribology,2015,67(2):133-138.12 HAN Y K,KOTNIS A.Engine Oil and Transmission FluidPerformance Improvement with OSPJ.Journal of Eco-nomic Maintenance Tribology,2017,621:44-48.13 HAN Y K,REAVES M R,KAZUYUKI H.New Innovationsin PAG J.Journal of Japanese Society of Tribologists,2020,65(3):159-164.14 GREAVES M R,ZAUCG-HOOZEMANS E.Improvingthe Hydrolytic Stability of Natural and Synthetic Esters u-sing Triblocks Polyalkylene Glycols J.Industrial Lubrica-tion and Tribology,2018,70(2):418-422.作者简介：韩耀坤，博士，毕业于南开大学高分子化学与物理专业，目前任职陶氏公司研究员一职，获得专利授权6 项，发表文章14篇。E-mail:。巴斯夫两套装置即将投产近日，巴斯夫宣布将通过改造位于中国江苏省和广东省的两套现有的分散体装置，投资生产水性负极粘合剂，以支持锂离子电池行业。除现有的产品组合外，这两套装置将生产两类创新的负极黏合剂产品：基于改性苯乙烯丁二烯共聚物乳液（SBR）的Licity和BasonalPower?。计划于2 0 2 3年中投产。