BMW: Carbon fiber in 2013

BMW: Carbon fiber in 2013

BMW plans to begin high-volume production of carbon fiber parts in two years, making it a strong contender to be the first automaker to move beyond limited-edition use of the exotic material.

But Daimler, which has taken steps aimed at making carbon fiber parts in 2012, is among the automakers racing toward the same goal.

In 2013, BMW will start building the i3 electric car, a vehicle that features a passenger cell--the protective shell around the passenger compartment that ensures the integrity of the vehicle in a crash--made of plastic reinforced with carbon fiber. BMW will produce about 30,000 i3s a year, according to Automotive News Europe.

BMW declined to confirm likely production volume for the i3. But Joerg Pohlman, managing director of the joint venture that produces BMW's carbon fiber, said BMW can make tens of thousands of vehicles.

"We have developed a very flexible production plan," Pohlman said in a telephone interview. "We are prepared to manufacture many more cars if demand is higher than our conservative estimate."

If so, the i3 will be a major breakthrough: a carbon fiber-intensive vehicle produced in volume at a moderate price.

Cutting costs
In 2010, BMW formed a joint venture with SGL Group of Germany to produce carbon fiber reinforced plastics for electric cars.

In the third quarter of this year, a factory in Moses Lake, Wash., will start producing carbon fiber thread, which will be shipped to Germany for conversion into the fabric used to make parts.

To cut costs and allow mass production, the partners are working to perfect a process called resin transfer molding.

The carbon fiber fabric is placed in a mold, and resin is injected under high pressure and temperature. The process, which once took 20 minutes per part, now requires less than 10 minutes. Robots cut and handle the material and components, which previously were made by hand.

The robots will help BMW achieved big savings. A pound of carbon fiber now costs only a third as much as a pound used in the M3 CSL coupe's roof when the limited-edition car was introduced in the 2004 model year.

More automation
"For the M3, we could afford to have a few workers put the parts in the form," Pohlman said. "We were only making a few thousand a year. But now we'll be making tens of thousands of parts. So there is a whole lot more automation."

BMW is not the only automaker that plans to use carbon fiber. Last year Daimler announced plans to form a joint venture with Toray Industries, the world's largest producer of carbon fiber.

In January, Daimler said the partners will use carbon fiber and other lightweight materials to reduce the weight of a vehicle's body-in-white by 10 percent. Daimler also indicated the partners will produce components for cars to be launched in 2012. Daimler did not indicate which models would feature carbon fiber, but hinted it would use carbon fiber in the vehicle's passenger cell.



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internationalmanofmysteryinternationalmanofmystery - 7/13/2011 1:27:04 PM
+4 Boost
Kudos, BMW!


bfghemicudabfghemicuda - 7/13/2011 6:52:43 PM
+7 Boost
Well Blazinboy you can thank the American's for carbon fiber. It was first invented in 1957 in Cleveland Ohio by a Dr.Rodger Bacon. He actually created the initial fiber. He then through the years increased the amount of carbon along with other processes which is what we know have today. Dr. Bacon did this at the Union Carbide Parma Tech Center which happens to be in America.


t_bonet_bone - 7/14/2011 1:08:22 AM
+1 Boost
America, though, was a very different place in the 50's.


BimmersNmeBimmersNme - 7/13/2011 7:47:05 PM
+3 Boost
Congrats BMW!
An independent company that never ceases to innovate and dare.


internationalmanofmysteryinternationalmanofmystery - 7/14/2011 8:37:42 AM
+1 Boost
"This revolutionary material was first invented in 1957 in Cleveland Ohio. It was by ACCIDENT that the first fiber was invented. It was NOT the same as the Carbon Fiber known today, but was the basis for the beginning of its creation. Through the years the process of creating this fiber has improved leading to a superior product.

Dr. Roger Bacon created the initial fibers at the Union Carbide Parma Technical Center outside Cleveland. Rayon was heated resulting in carbon fibers. These fibers are not as strong as they are today because they only contained 20 percent carbon.

Then in the 1960s after years of hard work, further experiments led to the development of a Carbon Fiber made up of 55 percent carbon. The process used Polyacrylonitrile "PAN". PAN is an organic polymer. It is chemically changed to create Carbon Fiber. This high quality carbon fiber was used in tennis rackets, badminton rackets, outdoor awnings, tents, and even carbon fiber fabric.

Later in the 1970s, Carbon fiber containing 85 percent fibers and possessing great strength were developed. This process used petroleum pitch as the raw material. The resulting Carbon Fiber is more durable and stronger than steel. Because of its low weight and tensile strength, carbon fiber is now very popular in the auto industry.

In the mid 1990s Carbon Fiber Hoods were the hot trend in JAPAN. Popular among racing enthusiast, it was used to decrease weight and improve performance. In the late 1990s it became popular in the UNITED STATES. Racing enthusiasts wanting to modify their cars for better performance chose carbon fiber hoods to decrease overall car weight. Less weight increases vehicle speed, therefore increasing their competitive edge"



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