Metal converter technology using precoated metal foil

SAE Technical Papers

Volumn , Issue , 1996, Pages

  Adomaitis, John R ^a   Galligan, Michael P ^b   Kubsh, Joseph E ^c   Whittenberger, William A ^c  

^a Metreon ^*

^b BASF SE   (Germany)

^c W R Grace and Co

Author keywords

[No Author keywords available]

Indexed keywords

ADHESION; CATALYSTS; COATINGS;

BREAKTHROUGH EFFICIENCIES; CATALYST COATING; CERAMIC SUBSTRATES; COATING ADHESION; CONVERTER DESIGN; CONVERTER TECHNOLOGY; EMISSION PERFORMANCE; VEHICLE EMISSION;

METALS;

EID: 85072480929     PISSN: 01487191     EISSN: 26883627     Source Type: Journal    
DOI: 10.4271/962080     Document Type: Conference Paper

References (16)

1. Pfalzgraf, B., Rieger, M., and Ottowitz, G., "Close-coupled Catalytic Converters for Compliance with LEV/ULEV and EG III Legislation-Influence of Support Material, Cell Density, and Mass on Emission Results," SAE Paper No. 960261, 1996.
2. Fukaya, M., Yamanaka, M., and Aoyagi, H., "High Durability of Metal Support for Automotive Catalyst," SAE Paper No. 950622, 1995.
3. Maattanen, M., and Avikainen, T., "Metallic Catalytic Converter Cross Axis Strength Considerations," SAE Paper No. 950989, 1995.
4. Brueck, R., Diringer, L., Martin, U., and Maus, W., "Flow Improved Efficiency by New Cell Structures in Metallic Substrates," SAE Paper No. 950788, 1995.
5. Brueck, R., Diewald, R., Hirth, P., and Kaiser, F.-W., "Design Criteria for Metallic Substrates for Catalytic Converters," SAE Paper No. 950789, 1995.
6. Luoma, M., Lappi, P., and Lylykangas, R., "Evaluation of High Cell Density Z-Flow Catalyst," SAE Paper No. 930940, 1993.
7. Bonnefoy, R., Petitjean, F., and Steenackers, P., "Radial Flow Converter: New Developments in High Cell Density Catalysts," Studies in Surface Science and Catalysis, Vol. 96 (Proceedings of CAPoC 3), p. 335-346, 1995.
8. Lylykangas, R., and Lappi, P., "How to Achieve Optimum Physical Properties in the Metal Catalyst," SAE Paper No. 910614, 1991.
9. Maattanen, M., and Lylykangas, R., "Mechanical Strength of a Metallic Catalytic Converter Made of Precoated Foil," SAE Paper No. 900505, 1990.
10. MTZ Motertechnische Zeitschrift, 55 (1994) no. 4, p. 214-218.
11. Locker, R., Then, R., and Zink, U., "Emission Performance of Ceramic Preconverters Evaluated by FTP and Euro State III Emission Test Cycle," SAE Paper No. 960262, 1996.
12. Kubsh, J., and Weber, P., "EHC Impact on Extended Hot Soak Periods," SAE Paper No. 952418, 1995.
13. Punke, A., Dahle, U., Tauster, S., Rabinowitz, H., and Yamada, T., "Trimetallic Three-way Catalysts," SAE Paper No. 950255, 1995.
14. Jobson, E., Hjortsberg, O., Andersson, S., and Gottberg, I., "Reactions Over a Double Layer Tri-metal Three-way Catalyst," SAE Paper No. 960801, 1996.
15. Nunan, J., Williamson, W., Robota, H., and Henk, M., "Impact of Pt-Rh and Pd-Rh Interactions on Performance of Bimetal Catalysts," SAE Paper No. 950258, 1995.
16. Dettling, J., Hu, Z., Lui, Y., Smaling, R., Wan, C., and Punke, A., "Smart Pd TWC Technology to Meet Stringent Standards," Studies in Surface Science and Catalysis, Vol. 96 (Proceedings of CAPoC 3), p. 461-472, 1995.