Instrument Panel with RIM Skin

OEM: Ford Model: Lincoln MKX
Model Year: 2007 Molder/Processor: Intertec Systems
System Supplier: Intertec Systems Molder Contact: Diana Farsakian
System Contact: Diana Farsakian Molder Phone: 248.743.6618
System Phone: 248.743.6618 Material Supplier: Intertec Systems and Basell Polyolefins
Toolmaker: EPW Material Contact: Diana Farsakian/J. Horal-TPO
Toolmaker Contact: Mike Masserant Material Phone: J. Horal-TPO (248)756-3020
Toolmaker Phone:   Generic Resin Type: PUR, TPO
OEM Permission:   Grade: TPO Hostacom TRC727N
OEM Engineer:   Nominator: Jane Horal
OEM Title: Materials Engineer Nominator's Company: Basell Polyolefins
OEM Phone: 313.805.4833 Nominator's Address: 2727 Alliance Dr.
Lansing, MI 48910
Forming Process: Reaction Injection Molding (RIM) for the skin; TPO mold-in-color substrate Nominator's Phone: (248)756-3020
First Time Process Used? Yes Nominator's Email: jane.horal@basell.com
Weight Savings: N/A Cost Savings: Reduced cycle time and tooling resulted in a direct cost savings to Ford for RIM vs. traditional sprayed urethane process at an estimated $15 per vehicle x 42K unit = $630,000 per year, $2,520,000 program life, and $400K in tooling.
    Cost Avoidance: Indirect cost savings to Ford was the estimated capital equipment cost savings to Intertec Systems of $1.5M.
       
Summary: This instrument panel (IP) skin uses a 2-component, aliphatic polyurethane (PUR) elastomer modified for the RIM molding process in a closed cavity process. This results in reduced cycle time and lower tooling investment. Skin-thickness control, low-temperature ductility, and tear properties of the polyurethane RIM skin are key enablers for integration of the seamless passenger airbag. The estimated savings vs. alternative technologies is $15 USD / vehicle.
   
Most Innovative Feature:The innovation being submitted is the use of Reaction Injection Molding (RIM) manufacturing technology in the production of the Lincoln MKX instrument panel skin.
   
Other Innovative Features: A two component aliphatic urethane chemical reaction process in a closed cavity.
 
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