弹性体010210-橡胶技术网 www.www.ic-34.com

	弹性体 CHINA ELASTOMERICS 2001 Vol.11 No.2 P.34-38

高性能轮胎胎面胶的研究进展

吴清洁　赵建青　贾德民　

摘　要：综述了近些年来国内外文献，讨论了高性能胎面胶的研究进展和开发现状。评述了溶聚丁苯胶(SSBR)、集成橡胶SIBR、天然橡胶等经改性或并用后作为胎面胶的优缺点。
关键词：胎面胶；抗湿滑性；滚动阻力；tanδ；综述
分类号：TQ-336.1　文献标识码：A
文章编号：1005-3174(2001)02-0034-05

Progress in research on tire tread rubber for high performance tire

WU Qing-jie（South China University of Technology,Guangzhou510640,China）　
ZHAO Jian-qing（South China University of Technology,Guangzhou510640,China）　
JIA De-min（South China University of Technology,Guangzhou510640,China）　

Abstract：The recently published literatures on tire tread rubber for high performance were reviewed.In the aspects of the wet skid resistance and the rolling loss of the tire tread rubber,the advantages and disadvantages of the solution polymerized styrene-butadiene rubber(SSBR),the integral rubber(SIBR),the nature rubber(NR)and so on were discussed.
Keywords：tire tread rubber；wet skid resistance；rolling loss；tan δ；review

基金项目：国家自然科学基金资助重点项目(59933060)；教育部骨干教师计划基金资助。
作者简介：吴清洁(1977－)，男，华南理工大学硕士，现从事弹性体合金应用于高性能轮胎方面的研究。
作者单位：吴清洁（华南理工大学材料学院，广东广州　510640）　
　　　　　赵建青（华南理工大学材料学院，广东广州　510640）　
　　　　　贾德民（华南理工大学材料学院，广东广州　510640）　

参考文献：

［1］Bond R.and Morton G.F.A tailor-made polymer for tyre applications[J].Polymer,1984,25(1):132－140.
［2］Yoshimura,N,Okuyama M,Yamagishi K.The present status of research on rolling resistance in Japan[A].The 151st meeting of rubber division[C].ACS,Anaheim,California,1997.31.
［3］Nagata N.Effect of chemical modification of solution-ploymerized rubber on dynamic mechanical properties in carbon-black-filled vulcanizates[J].Rubber Chem Technol,1987,60(5):837－855.
［4］Kern W.J.and Futamura S.Effect of tread polymer structure on tyre performance[J].Polymer,1988,29:1801－1806.
［5］Hong S W.New processing agent in tire compounds,Rubber[J].Rubber Chem Technol,1989,62(1):167.
［6］Hong S W.New processing agent in tire compounds[J].Rubber World,1990,202(5):33－38.
［7］Graves D F.Benzofuroxans as rubber additives[J].Rubber Chem Technol,1993,66(1):61－72.
［8］Rodgers M B.Heavy duty truck tire materials and performance .Kauts Gummi Kunst,1993,46(9):718－726.
［9］Ohshima N.以锡化合物终止的溶聚丁苯橡胶Ⅰ聚合物设计[J].秦怀德摘译.IRC'85,Kyoto,1985:178－179.
［10］Fujimaki T.以锡化合物终止的溶聚丁苯橡胶Ⅱ在轮胎上的应用[J]．秦怀德摘译.IRC'85,Kyoto,1985:184－185.
［11］Yuichi Kitagawa.New technology polymer for tire[J].IRC'95,Japan,1995,26A-6：402－403.
［12］Yuichi Kitagawa.New technology polymer for tires[J].Rubber World,1996,214(6):38－39.
［13］Suzuki F.Rubber for low rolling resistance[J].Tire Technology International'97:87.
［14］Nordsiek K H.The “integral rubber”concept-an approach to an ideal tire tread rubber[J].Kauts Gummi Kunst,1985,38(3):178－184.
［15］Tyres Acessories,1989,(8)：56.
［16］Aldel Halasa,Bill Gross,Bill Hsu and Chang C.C.SIBR for high perfotmance tyres[J].Europ Rubb.J.1990,172(6):35.
［17］H.A 康诺伐林克.IRC’94，424.
［18］Bake C.S.L.Epoxidized natural rubber[J].Rubber Chem Technol,1985,58(1):67－85.
［19］Terakawa K.Application of epoxiodised NR／Diamine vulcanizates for tyre tread[J].Kauts Gummi Kunst,1998,51(9):326－330.
［20］赵旭升.NR／环氧天然橡胶共混物的动态力学性能[J].橡胶工业，1999，46(9)：524－526.
［21］Newell R.Oil extended natural rubber in passenger tyre treads[J].Rubber Chem Technol,1992,45(5):380－389.
［22］Marwede G W.孔祥臻摘译.欧洲轮胎用合成橡胶的现状[J].轮胎工业，1994，14(7):35－44.
［23］Ueda A,Watanabe H,Akita S.新开发的高乙烯基丁二烯橡胶的结构和性能[J].秦怀德摘译.IRC'85.Kyoto:199－201.
［24］Gargani L,Deponti P,Bruzzone M.High vinyl polbutadien dynamic properties[J].Kauts Gummi Kunst,1987,40(10):935－937.
［25］Yoshiolka A,Komuto K,Ueda A,et al.Structure and physical properties of high-viny lpolybutadiene rubber and their blends[J].Pure Application Chemical,1986,53(12):1697－1704.
［26］P.K.Agrawal ACS-RDM，135th,NO.54.
［27］Fusco J V,Power K W,et al.Bromo XP-50,brominated poly(isobutylene-co-p-methylstyrene):synthesis,functionalization and application[J].IRC'92.103－104.
［28］R.Sattelmeyer.Studie zur optimierung von laufflachenmischungen[J].Kauts Gummi Kunst,1994,47(2):111－116.
［29］Nordsiek K.H.High Tg polyisoprenes for superir wet grip of tire treads[J].Kauts Gummi Kunst,1994,43(9):755－760

收稿日期：2000年11月26日

出版日期：2001年4月1日

请看PDF全文