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Innovative Foundry Technologies for Safety Aluminum Suspension Parts and Complex Castings
Technical Paper
2001-01-0407
ISSN: 0148-7191, e-ISSN: 2688-3627
Annotation ability available
Sector:
Event:
SAE 2001 World Congress
Language:
English
Abstract
Low pressure die casting technology (LPDC) has been proven to satisfy the quality standard requirements of safety aluminum suspension parts. The process gives freedom to innovative and lighter design, like tubular hollow sections, through the use of cores. With the goal of having higher quality coupled with competitive production costs, an innovative process has been investigated. The GMBOND™ core making process with a water based bio-polymer binder has been used in the LPDC of heat treatable T5 alloys specifically developed to get the required final component performances. One of the goals of this activity has been to make a comparison between the cold box technology and the GMBOND™.
Authors
Citation
Mus, C., Mattiel, M., Valzan, D., Delbianco, A. et al., "Innovative Foundry Technologies for Safety Aluminum Suspension Parts and Complex Castings," SAE Technical Paper 2001-01-0407, 2001, https://doi.org/10.4271/2001-01-0407.Also In
References
- Ferrero Badiali M. Schreck R. Siank J-s Whited W. “New Binder for Casting Cores: an Industrial Application to Safety Suspension Parts” Society of Automotive Engineers 1998 Product and Process Integration: Advanced Technology (SP-1337) n° 981005
- Siank J-s Whited W. Schreck R. Datte M. Biederman S. “Non Toxic, Recyclable Core Sand Binder for Aluminum Castings” American Foundrymens Society Transactions 1213 1216
- “Sand Mold and Member Method,” December 10 1996
- Siank J-s Whited W. Schreck R. Datte M. Biederman S. “GM Develops a Breakthrough Green Binder for Core Sand” Modern casting October 1996 24 26