Browse > Article

The Characteristics and Application of Virgin FKM Rubber/Recycled FKM Rubber Blend  

Park, Hyun-Ho (Hwaseung R & A, Ltd.)
Lee, Chang-Seop (Department of Chemistry, Keimyung University)
Publication Information
Elastomers and Composites / v.40, no.2, 2005 , pp. 104-111 More about this Journal
Abstract
Virgin fluororubber(FKM) that is one of the highly-functionalized and expensive special rubber, and recycled FKM that is crushed by high temperature shear-crushing technique from recycled FKM were blended with the various mixing ratio to rubber blends. The cure characteristics and physical properties of these blended rubber compounds were investigated with various contents of recycled FKM and physical properties fur heat and fuels were also measured. Recycled FKM which is prepared by high temperature shear-crushing technique were blended to virgin FKM with the range of $0{\sim}50$ phr. The physical properties indicated that the rubber blend of recycled FKM with 30 phr turned out to be the best compound showing good dispersibility, heat resistance and fuel resistance and inexpensive in price.
Keywords
fluororubber; high temperature shear-crushing technique; heat resistance; fuel resistance;
Citations & Related Records
연도 인용수 순위
  • Reference
1 R. D. Leaversugh, 'Modern Plastic', 40, July, 26 (1991)
2 폐타이어를 재활용한 건설재료 및 신공법 기술개발에 관한 연구, 한국자원재생공사, 2001
3 M. W. Rouse, 'Development and application of supperfine tire powders for compounding', Rubber World, June, 25 (1992)
4 J. K. Kim, '폐고무 재활용성 검토' J. Kor. Ins of Rubb. Ind., 30(4), (1995)
5 Akira Miyake, Plastic Age, 38, 127 (1992)
6 J. Y. Jin, H. S. Kim, and S. Y. Choi,'합성고무 보강제 Silica의 화학처리에 관한 연구(1)-Silica의 MDI 처리', J. Kor. Ins. of Rubb. Ind., 30(1), 1995
7 P. Wright and A. P. C. Cumming, 'Solid Polyurethane Elastomer', Maclaren Sons, London, 1969
8 B. D. Bauman, 'High-value engineering materials from scrap rubber', Rubber World, May, 30 (1995)
9 G. Brewer, Eur. Plastics Recycling in Resource Recycling, Part 1 and 2 (1987)
10 J. D. Osborn, 'Reclaimed tire rubber in TPE compounds', Rubber World, May, 34 (1995)