Passenger Airbag Door / Chute System

OEM: DaimlerChrysler Model: Chrysler PT Cruiser
Model Year: 2006 Molder/Processor: Cadence Innovation
System Supplier: Cadence Innovation Molder Contact: N/A
System Contact: Carl Sayler Molder Phone: N/A
System Phone: 586-276-1730 Material Supplier: Solvay Engineered Polymers
Toolmaker: Cadence Innovation Material Contact: Marcia Kurcz
Toolmaker Contact: N/A Material Phone: 248-756-0267
Toolmaker Phone: N/A Generic Resin Type: TPO & TPV
OEM Permission: N/A Grade: Sequel® 2326 TPO with Paint Film, and NexPrene® 1087A TPV, and Dexpro® 515 TPO
OEM Engineer: N/A Nominator: Marcia Kurcz
OEM Title: N/A Nominator's Company: Solvay Engineered Polymers
OEM Phone: N/A Nominator's Address: 1200 Harmon Road
Auburn Hills, MI 48326
Forming Process: Injection molded TPO with a paint film; injection molded TPV chute combined through vibration welding to form a single system. Nominator's Phone: 248-756-0267
First Time Process Used? Yes Nominator's Email: Marcia.kurcz@solvay.com
Weight Savings: Over 2 kilograms Cost Savings: 12%
    Cost Avoidance: N/A
       
Summary: This application is an all-thermoplastic passenger airbag door, replacing a steel bracket previously used to support the door during airbag deployment. The TPV chute is vibration welded to the backside of the decorative door, which is decorated using a film applied in-mold. This design resulted in over a 20% weight savings, and assembly cost reduction.
   
Most Innovative Feature: An all thermoplastic passenger airbag door which eliminated the use of steel bracketry to support door during airbag deployment. The TPV chute is vibration welded to the backside of the decorative door. The door is decorated using a film applied in mold. Resulting in significant weight, paint and assembly cost reduction.
   
Other Innovative Features:Second generation design which first eliminated paint in 1999 by using a paint film and then evolved to use Nexprene TPV and Sequel TPO vibration welded together to form the airbag chute. This combination of materials and design allowed the elimination of steel support brackets in the airb bag system.
 
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