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Why Thermoplastic Door Hardware Systems Make Economic Sense Now
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English
Abstract
Engineering thermoplastics are widely used in a variety of automotive components systems because of their excellent balance of mechanical performance, design flexibility, aesthetics, parts integration, and low specific gravity. This combination of properties allows for the creation of highly integrated modules, which can increase assembly efficiency and reduce mass, part count, warranty and ergonomic issues, and systems costs. As a result, the use of engineering thermoplastic materials can enhance market competitiveness at a time of increased global competition.
To evaluate the economic advantages of polymers in a specific vehicle system, a design for assembly (DFA) case study was conducted with the goal of determining the variable system cost case for a generic thermoplastic door module system vs. conventional-build door systems based on assembly savings gains. This paper will describe the study and show the results achieved.
Authors
Citation
Rolls, J., Madej, J., and Werner, M., "Why Thermoplastic Door Hardware Systems Make Economic Sense Now," SAE Technical Paper 970143, 1997, https://doi.org/10.4271/970143.Also In
References
- Shah Juback Clark “Development of a Unique, Gas-Injection Molded Door Hardware Module Frame,” SAE International Congress & Exposition Feb. 26-29 1996 Paper No. 960968
- Eller, Robert “Interiors: The Next Materials Battleground,” Plastics World October 1995 53 10 49(3)
- McKenna, Joseph F. “Building Fat-Free, High Fiber Autos,” Tooling & Production April 1996 62 1 54(4)
- Chamberlain, Gary “Carmakers Ponder Future of Materials,” R&D November 1995 37 12 45(3)