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DETROIT
- Ford Motor Company received the Society of Plastics Engineers' Grand
Award at the 30th Annual Automotive Division Innovation Awards. The
Grand Award recognizes the "best-of-the-best" among awards
given in six categories for the most innovative use of plastic.
The
six categories are Environmental, Chassis/Hardware/Powertrain, Body
Interior, Materials, Body Exterior and Process/Enabling Technologies.
Ford
Motor Company received the Grand Award for the most innovative use of
plastic in the Chassis/Hardware/Powertrain category for a Controlled
Energy Management (CEM) Bumper Isolator™ developed in partnership with
LDM Technologies and Concept Analysis Corporation and featured on the
2001 Windstar. The CEM Bumper Isolator™ features several innovations
in manufacturing, engineering, design and material application, which
significantly reduce its cost and weight.
The
isolator features a unique conical geometric design that produces a more
efficient square wave crash pulse than expanded polypropylene (EPP) foam
-- the current industry standard. The isolator absorbs more energy in
less space during both high and low speed impacts allowing it to be
packaged in less space than EPP foam. This reduces front and rear
overhangs. Shorter overhangs improve customer satisfaction by enabling
improved styling and enhancing vehicle maneuverability.
This
year the Chassis/Hardware and Powertrain categories were combined. Ford
has won five Chassis/Hardware and three Powertrain awards since 1988. In
addition to winning the Grand Award, Ford Motor Company was recognized
for innovation in three out of the six award categories. The company
received awards for the most innovative use of plastic in the
Chassis/Hardware/Powertrain, Body Exterior and Environmental categories.
Ford
Motor Company received the award for the most innovative use of plastics
body exterior for introducing the industry's first structural cargo box
using composite materials. The composite pickup box on the Ford 2001
Explorer SportTrac was developed in partnership with The Budd Company's
Plastics Division.
Using
a composite instead of steel yields an over all reduction in vehicle
weight, resulting in an increase in fuel economy. A structural Sheet
Molding Composite (SMC) box inner does not trap water under a liner,
eliminating the risk of rust damage to the pickup bed. The SMC box is
close to 20 percent lighter than a typical steel box. The old process
requires 45 pieces of sheet metal to be assembled. With the new
composite one-piece box, there are fewer pieces, fewer tools and
assembly fixtures and it takes up less floor space in the assembly
plant, which results in cost savings.
The
composite box exceeds the 150,000-mile durability requirements specified
by Ford Truck for all pickup boxes. It is built "Ford Tough"
and is far superior to steel for corrosion and dent resistance. Not only
does the composite box reduce weight, improve fuel economy, increase
durability, cut down production time and cost it is also recyclable.
This
is Ford's second award in the Body Exterior category since 1988.
The
award for the most innovative use of plastic in the environmental
category is for developing the industry's first commercially successful
process for using recycled nylon in powertrain components, featured on
the 2001 Econoline, F- series and Excursion. This was accomplished in
partnership with Visteon and Honeywell.
The
new process uses recycled nylon from carpet to make powertrain throttle
bodies. The throttle body made of recycled nylon is virtually
indistinguishable from those produced using virgin nylon.
This
is the fifth time Ford has received the award in the environmental
category since 1991.
(Nov.
10, 2000)
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