80. Refer to Levi Strauss. Emily Morgan is an example of a(n) ____.
W. L. Gore
Bill Gore started the W. L. Gore Company in his basement when he left DuPont to develop innovative
uses for Teflon (polytetrafluoroethylene or PTFE), the then-new non-stick plastic. Today, W. L. Gore
is best known for Gore-Tex, a waterproof, windproof, and temperature-resistant fabric that breathes
and does not trap perspiration and body heat. Marketed as “Guaranteed to Keep You Dry,” Gore-Tex
is used not only for coats, gloves, and camping and hiking gear but also for protective outerwear worn
by firefighters and military, emergency, and medical personnel. But in recent years Gore-Tex sales
have steadily declined. One reason is that a number of alternative fabrics, like Entrant GII and eVENT,
work nearly as well but cost only $6 to $8 per yard compared to $15 to $30 per yard for Gore-Tex. So
the challenge for W. L. Gore is to reduce its dependence on Gore-Tex, which accounts for 21% of its
$1.6 billion in revenues, by coming up with ways to consistently develop innovative products in other
areas.
In general, W. L. Gore goes for dramatic rather than incremental improvements. On its web site,
it declares, “At Gore, we take our reputation for product leadership seriously, continually delivering
new products and better solutions to the world. Gore’s products are designed to be the highest quality
in their class and revolutionary in their effect.”
Gore has created a number of innovative products, including Glide dental floss, the first floss that
didn’t shred, tear, and get caught in your teeth. Gore used its expertise in stretched plastics to
essentially create a thin, Teflon-like tape used as dental floss. Glide was soon the number two floss in
the market and today is the number one floss recommended by dental professionals. Gore then sold
Glide to Procter & Gamble. But since Gore still makes Glide for P&G, Gore continues to make
substantial profits that it then reinvests in other innovative products such as CleanStream filters, which
filter dirt particles out of the air before it comes out of your vacuum cleaner; Radome, which is used to
cover microwave transmission sites (think of the large “golf ball” structures you sometimes see around
airports); medical stent-grafts, stents that are attached to an aorta to treat aortic aneurysms; and many
more.
Gore has also been innovative in the processes it uses to develop new products. The company
frequently asks potential customers for help when designing new products (i.e., design iterations and
testing). When Gore engineer Dave Myers was developing Elixir, Gore’s best-selling acoustic guitar
strings, which are coated with a thin layer of plastic that avoids the accumulation of dust, microscopic
layers of skin (from musicians’ fingers), and dirt and oil, all of which affect musical quality and sound,
he talked to Chuck Hebestreit, another Gore engineer who played the guitar. They, in turn, asked
experienced guitar players to give them feedback on the product. Steve Young, who now heads Elixir
products for Gore, said, “We gave it to guitar players to try out, and they were amazed that it [meaning
the guitar sound] didn’t go dead [unlike regular guitar strings].” Why? Because, thanks to their
resistance to dust, skin, dirt, and oil, Elixir guitar strings last five times as long as normal guitar
strings. Elixir guitar strings now have a 35% share of the market.