This content is not included in
your SAE MOBILUS subscription, or you are not logged in.
Influence of Oil Aeration on Dynamic Shaft Seals Under Laboratory and Field Conditions
Annotation ability available
Sector:
Language:
English
Abstract
The change of rubber properties in laboratory and field conditions is not similar. The influence of aeration on rubber compounds used for dynamic shaft seals was investigated. A comparison was made for oil oxidation under field conditions, on seal bench test and using a laboratory rubber swelling technique with aeration. The aeration affected rubber compounds differently based on the type of polymer and type of oil. Using Fourier Transform Infrared Spectroscopy (FTIR) and changes in the rubber properties, a rubber testing condition was introduced to simulate changes to seal life.
Recommended Content
Journal Article | Experimental Investigation on the Influence of Engine Oil Additives on Silicone Rubber |
Technical Paper | Physicochemical Mechanisms for Fluoroelastomer Seal Failures |
Ground Vehicle Standard | Classification System for Rubber Materials |
Authors
Citation
Dinzburg, B., "Influence of Oil Aeration on Dynamic Shaft Seals Under Laboratory and Field Conditions," SAE Technical Paper 930535, 1993, https://doi.org/10.4271/930535.Also In
References
- Keller R.W. “Reversion of Silicone Seal Material in Hot Lubricant” SAE Paper, Dubuque April 1985
- Keller R.W. “Effect of Engine Oils on Silicone Seal Materials” SAE Paper 860494 Detroit February 1986
- Warrick E.L. Pierce O.R. Polmanteer K.E. Saam J.C. “Silicone Elastomer Developments” Rubber Chem. Technology 52 3 437 1979
- Keller R.W. “Effects of Lubricants on Seal Elastomers” SAE Paper 871626 Milwaukee September 1987
- Nagasawa S. Nishina H. Arase N. Nakada M. “Simulation Test Method for Deterioration of Engine Crankshaft Oil Seals” SAE Paper 902123 Tulsa, Oklahoma October 1990
- Abu-lsa I.A. Trexler H.E. “Mechanism of Degradation of Fluorocarbon Elastomers in Engine Oil” Rubber Chem. Technology 58
- Bauerle J.G. Bruhnke D.W. “The Effect of Aeration of Test Fluids on the Retention of Physical Properties of Fluoroelastomer Vulcanizates” SAE Paper 890362 Detroit February 1989
- Dinzburg B.N. “Investigation of the Effect of Aeration on Automotive Oils and Rubber Components” 142nd ACS Rubber Division Meeting, Paper #89, Nashville 1992
- Dinzburg B.N. Keller R. W. Bond R. “Heat Resistance Evaluation of Rubber Compounds” Rubber Word, 197, 5, 28-32, 37, 1988; Gummi Fasern Kuustostoffe 41 8 398 404 1988
- Jackowski R. Keller R. Strubel D. “Advanced Elastomeric Seal Design and Material for Automotive Crankshaft Applications” SAE Paper 870507 Detroit 1987
- O'Connor J.J. “Standard Handbook of Lubrication Engineering”, p” 26 32 McGraw-Hill Company
- Wills J.G. “Lubrication Fundamentals” Marcel Dekker NY and Basel 197 1980
- Wiseman M. Ah-Sue A. “Monitoring Oil Degradation Using FTIR Analysis” Lubrication Engineering 48 3 236 24 1992
- Jayes S.E. Salomon M.F. Riga A.T. Kornbrekhe E. Davis K.E. “Investigation of Lubricant Sludge Formation in the Field: Development of an Effective New Fleet Test Technique”
- Coates J.P. Setti L.C. “Infrared Spectroscopic Methods for Study of Lubricant Oxidation Products” ASLE Transactions 29 3 394 401 1986
- Horve L. “The Effect of Operating Parameters Upon Radial Lip Seal Performance” SAE Paper 841145 Milwaukee 1984
- Vassmer G. “The Effect of Lubricant Level on Radial Lip Oil Seals” SAE Paper 890611 Detroit 1989