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Topic: Carbon fiber

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Carbon fibre

Composite material

Fibre

Allotropes of carbon

Metal matrix composite

Carbon nanotube

Aggregate (composite)

Graphene

Fiberglass

Carbon

Graphite

Epoxy

Thermosetting plastic

Carbon black

Kevlar

	Carbon Fiber Props Contur Composite Carbon Fiber Propeller
		Carbon fiber props are lightweight, flexible, cost effective and extremely efficient.
		The carbon fiber propeller design allows each blade to be identical in size, weight and shape which dramatically reduces vibration and noise caused by metal props.
		Carbon fiber propellers are extraordinary light weight, approximately 1/3 of a standard metal.
	www.compositecarbonfiberprop.com (1393 words)

	Carbon Fiber Composites
		Carbon fibers, Though known since Thomas Edison's development of the incandescent light in the 1870s, were not made in large quantities until the late 1960s.
		Carbon fiber sizing must be applied to the fiber tow (which may consist of 12,000 filaments of more) to prevent the individual filaments from contact damage between themselves or with eyelets or guides during weaving or prepreging.
		Unidirectional carbon fiber tow is the strongest and lightest way to make a landing gear and since the original landing gear can be used as the mold it makes it affordable for the person who would like a starter carbon fiber project.
	winshiprc.tripod.com /carbon_fiber_composites.htm (4209 words)

	Vince Kelly's Carbon Fiber Home Page
		Carbon fibers are used primarily in composites, these are structures containing two or more components, in the case of fiber reinforced composites this is the fiber and a resin.
		The superior properties of carbon fiber to steel and other metals meant that the aerospace industry was an obvious market for composite materials, the use of lighter materials in aircraft construction allows for fuel savings or a greater payload, Carbon fibers are used extensively in both military and civil aircraft structures.
		Carbon fibers are also unique in the range of properties that can be found, in this one generic type of material.
	www.carbon-fiber.com (2486 words)

	Vince Kelly's Carbon Fiber Home Page
		A summmary of typical properties of the various grades of carbon fibers is given by Toray, although the units of tensiometry are imperial (psi).
		Carbon fibers are used primarily in composites, these are structures containing two or more components, in the case of fiber reinforced composites this is the fiber and a resin.
		The superior properties of carbon fiber to steel and other metals meant that the aerospace industry was an obvious market for composite materials, the use of lighter materials in aircraft construction allows for fuel savings or a greater payload, Carbon fibers are used extensively in both military and civil aircraft structures.
	www.geocities.com /CapeCanaveral/1320 (2481 words)

	Zoltek: Carbon Fiber - What is Carbon Fiber :Carbon Fiber Manufacturer/Companies, Aerospace Composites, Carbon Fiber ...
		A carbon fiber is a long, thin strand of material about 0.0002-0.0004 in (0.005-0.010 mm) in diameter and composed mostly of carbon atoms.
		Several thousand carbon fibers are twisted together to form a yarn, which may be used by itself or woven into a fabric.
		Carbon fiber-reinforced composite materials are used to make aircraft and spacecraft parts, racing car bodies, golf club shafts, bicycle frames, fishing rods, automobile springs, sailboat masts, and many other components where light weight and high strength are needed.
	www.zoltek.com /carbonfiber (384 words)

	Motorcycle Parts From Carbon Fiber - webBikeWorld
		You could, I suppose, describe skinning as a reverse of molding; in molding, carbon fiber is applied into or over a mold and the finish that will eventually be seen is the surface that was next to the mold.
		Carbon fiber doesn’t really enjoy being forced into complex shapes or around compound curves, and if you try and do it manually, the weave can become distorted and spoil the look of the thing.
		Gently shape the carbon fiber over the mold through the bag and shape the overlap around the edge of the pattern (this is why we applied release agent to the inside: the carbon fiber should curl round the edge and the overlap will mold itself to the inside of the pattern).
	www.webbikeworld.com /t2/carbon-fiber-motorcycle-parts (5697 words)

	Carbon Bike, Carbon Fiber Bike - Felt Carbon Fiber Bikes
		Utilizing ultra-high modulus carbon fiber material in a modular monocoque design, every cross-section has been optimized in size and shape to maximize speed and minimize weight.
		Featuring a Felt full carbon fiber frame set, and pushing performance to the edge, this model is packed with parts from the best names in the industry, such as Shimano, FSA and Vittoria.
		Equipped with a carbon fiber fork and carbon seat post, this bike is as light as it is fast.
	www.feltracing.com /06/carbon_bikes.html (612 words)

	Carbon Fibers Article
		In order for carbon fibers to be used widely, the costs need to be lowered to $5/pound or less.
		Once the fibers were carbonized, they were mounted individually on tabs and tested using the MTI for tensile properties.
		Isotropic pitch fibers that were stabilized at 260°C and 1200°C had a tensile strength and modulus close to those of commercially produced pitch fibers.
	www.clemson.edu /synergy/1-1_CarbonFibers.html (1504 words)

	The Japan Carbon Fiber Manufacturers Association: Glossary
		The ratio of length to diameter of a fiber.
		Carbon / Carbon Composite: Composite of carbon fiber in a carbon matrix.
		Carbon Fiber Reinforced Plastics: A composite material of carbon fibers and a thermoset resin matrix.
	www.carbonfiber.gr.jp /english/jiten/yogo.html (931 words)

	Carbon fiber MEMS
		Carbon fiber rods supporting this tiny mirror can be made to bend up to 90 degrees millions of times without showing fatigue.
		Carbon fibers are made of thin, narrow sheets of graphite that roll up and clump together to form fibers.
		Desai first showed that micrometer-scale carbon fibers can bend like tiny fishing rods by more than 90 degrees and can be made to vibrate billions of times without breaking down.
	www.news.cornell.edu /stories/Aug06/carbonFiberMEMS.ws.html (519 words)

	CARBON FIBER GRP FIBREGLASS CUSTOM MOLDING SPECIALISTS POLYESTER EPOXY RESIN MOULDS PATTERN MAKER LAMINATION REPAIR
		Carbon heated in the range of 1500-2000 °C (carburizing) exhibits the highest tensile strength (820,000 psi or 5,650 MPa or 5,650 N/mm²), while carbon fiber heated from 2500 to 3000 °C (graphitizing) exhibits a higher modulus of elasticity (77,000,000 psi or 531 GPa or 531 kN/mm²).
		Carbon fiber is most notably used to reinforce composite materials, particularly the class of materials known as graphite reinforced plastic.
		Carbon fiber is also used by skateboard companies to make strong lightweight skateboards for all types of skating, mainly downhill speedboarding.
	www.solarnavigator.net /carbon_fiber.htm (960 words)

	CARBON FIBER TUBES
		Carbon fiber tubing has a very low CTE (coefficient of thermal expansion) which means when heated or cooled the material does not grow or shrink much at all.
		Carbon fiber tubing can be tailored much more to a given application with regard to directional stiffness and strength.
		Carbon fibers by themselves can withstand very high temperatures but when used in an epoxy resin matrix the laminate is limited in its ability to withstand heat.
	www.carbonfibertubeshop.com /faq.html (3471 words)

	BDG Graphite and Carbon Fibers
		The petroleum byproducts are similar to the polymers used in the carbon fiber process in that both contain chains of carbon atoms.
		Instead of the planar layers of carbon atoms which are found in graphite, carbon fibers consist of ribbons of carbon atoms aligned parallel to the axis of the fibers.
		Carbon fibers are also stabilized by resonance, but because the structure is irregular, the effect is not as extensive.
	www.chem.wisc.edu /~newtrad/CurrRef/BDGTopic/BDGtext/BDGGraph.html (3278 words)

	Here comes the everyday carbon fiber car \| CNET News.com
		Carbon fiber has been used to make car bodies but in limited ways: McLaren annually makes a few hundred sports cars from it and hobbyists make shells to transform Volkswagens into something resembling a Hot Wheels toys.
		But since carbon fiber is stronger, tougher and lighter than steel and can increase fuel efficiency because of its lower weight, major manufacturers are finally getting in on trend.
		The Boeing 787 is 60 percent carbon fiber, and the much-anticipated Airbus A380 is 50 percent carbon fiber.
	news.com.com /2100-1008_3-6114289.html (670 words)

	Carbon fiber cars could put US on highway to efficiency
		Carbon fiber cars could put US on highway to efficiency
		The big advantage of carbon fiber is that it is one-fifth the weight of steel yet just as strong and stiff, which makes it ideal for structural or semi-structural components in automobiles.
		Progress in developing affordable carbon fiber composites has been steady as ORNL researchers with the support of the University of Tennessee work to optimize raw materials and spinning processes for alternative forms of carbon fiber precursors from renewable sources.
	www.physorg.com /news11436.html (751 words)

	More about the process
		All helmets are basically made the same way, a female mold is gel-coated with either a clear or colored gel-coat then fibers are layed into the female mold, resin is applied and the material rolled out to remove as much air as possible.
		Carbon fiber is made by superheating an acrylic fiber yielding high strength to weight and high stiffness to weight properties.
		When engineered properly Carbon Fiber composites can achieve the strength and stiffness of metals at a significant weight savings, these two factors are key to the manufacture of a helmet.
	www.carbonfiberhelmets.com /theprocess.htm (773 words)

	Oak Ridge National Laboratory - Carbon fiber cars could put U.S. on highway to efficiency
		The big advantage of carbon fiber is that it is one-fifth the weight of steel yet just as strong and stiff, which makes it ideal for structural or semi-structural components in automobiles.
		Progress in developing affordable carbon fiber composites has been steady as ORNL researchers with the support of the University of Tennessee work to optimize raw materials and spinning processes for alternative forms of carbon fiber precursors from renewable sources.
		ORNL is also establishing a modular carbon fiber research pilot line to evaluate these revolutionary new processes on a comparable basis against conventional industrial processes.
	www.ornl.gov /info/press_releases/get_press_release.cfm?ReleaseNumber=mr20060306-00 (689 words)

	Carbon Fiber Q & A
		The fibers are not long enough, and any bond to the remaining good material is an insufficient butt joint, not the preferred lap joint.
		I used unidirectional carbon with a quasi-isotropic layup [0, +60, -60 degrees relative to the length of the frame member] and guessed at the locations of highest stress.
		Carbon will not drape to the contours of the frame well; it is stiff enough that it wants to straighten out, not wrap around the frame members.
	www.sheldonbrown.com /rinard/carbonqa.htm (3921 words)

	USATODAY.com - Carbon fiber sparkles with diamondlike appeal
		Slicing weight would dramatically improve fuel economy and performance, and is why carbon fiber is used in race cars and jet planes.
		Although still used mainly at the high end of the price scale, carbon fiber is gaining popularity in accessories for lower-price cars and small parts of others.
		Car companies, chasing the image that authentic carbon fiber brings to a car, also have begun installing plastic interior trim that resembles carbon fiber in cars priced too low for the real thing.
	www.usatoday.com /money/autos/2005-07-25-carbon-fiber-usat_x.htm (729 words)

	SPACE.com Exclusive: Breakthrough In Solar Sail Technology
		The fiber is a departure from solar sails of the past: it is about 200 times thicker than the thinnest solar sail materials, but so porous that it weighs the same.
		However, the carbon fiber mesh is 25 times lighter than a sheet of typical office paper the same size, yet rigid enough that you can pick up a piece at one corner and the sheet will not bend, Knowles said.
		The carbon fiber is also a great leap because it can tolerate temperatures as high as 4,500 degrees Fahrenheit (2,500 degrees Celsius).
	www.space.com /businesstechnology/technology/carbonsail_000302.html (1026 words)

	Composite Panels Classroom-- Car Craft Magazine
		Carbon fiber uses woven strands of carbon as the reinforcement and an epoxy as the matrix.
		The carbon reinforcement carries most of the load burden when the material is bent and stretched, and the epoxy transfers the load from fiber to fiber to evenly distribute that load.
		Use the Bondo squeegee to carefully saturate the carbon with epoxy, spreading the epoxy from the center of the carbon to the edges.
	www.carcraft.com /techarticles/composite_panels (1359 words)

	Search: carbon fiber (Site not responding. Last check: )
		Carbon Fiber twill weave cloth is a high strength, high modulous cloth with a...
		Carbon fiber cloth is a lightweight, strong composite that is typically used in...
		Carbon Fiber Tape comes in pre-cut widths and lenghts, and is used to improve...
	www.jamestowndistributors.com /decoder_carbonfiber.jsp (205 words)

	Goodyear Tire - News Release Index
		Carbon fiber is a substance that is strong and lightweight, is used to help dampen vibrations, and it resists abrasion.
		By definition, carbon fiber is composed of threadlike strands of pure carbon that are extremely strong in tension and are reasonably flexible.
		According to the Japan Carbon Fiber Manufacturers Association (JCFMA), the use of carbon fiber in commercial aircraft began in 1940.
	www.goodyear.com /media/pr/23267ti.html (691 words)

	Carbon Fiber (Graphite) Fabrics & Tapes - Fibre Glast Developments
		Carbon veils can also be used for grounding a composite structure, minimizing the build-up of static electricity that could prove dangerous when in contact with explosive liquids and gasses.
		With twice the fiber density of the 3K types, this fabric is ideal for structural applications.
		This plain weave carbon fiber is the most commonly used type for lightweight aerodynamic parts.
	www.fibreglast.com /showproducts-category-category-15.html (741 words)

	Carbon Fiber 101
		Dry fiber (glass, carbon, etc.) is laid into the mold and resin is poured and brushed over the cloth in a relatively uncontrolled fashion.
		The pre-impregnated (pre-preg) fiber method has been developed over the past two decades to create stiffer, stronger laminates with controllable, predictable results.
		In this case the fiber is pre-impregnated with resin at a production facility, rolled on spools, and frozen to prevent the resin from curing prematurely.
	www.nsxprime.com /FAQ/Miscellaneous/carbonfiber.htm (460 words)

	Carbon Fiber Plates & Sheets
		For your do-it-yourself carbon fiber needs, we offer sections of real carbon fiber that can be cut and shaped into any size or shape you want.
		Plates thicker than 0.2mm are carbon fiber with a fiberglass core.
		All sheets and plates are carbon fiber on both sides EXCEPT the 4mm plate, which is carbon fiber on one side only.
	www.machv.com /cafiplsh.html (261 words)

	Specialized carbon fiber
		Most notably, there was an across the board shift toward new high-end carbon fiber bikes in the Big Red S lineup, ranging from road bikes to five-inch travel all-mountain rigs.
		According to Specialized, bikes can be made a little bit lighter with the new carbon fiber, but the real gain comes in enhanced torsional and lateral strength, greater comfort in some cases, and the ability to more accurately “tune” the chassis dynamics of a given frame.
		Back to back comparisons between the carbon and the aluminum Epics were performed, and to my fat senses, it was hard to differentiate the two, although the aluminum ride may have felt a teeny bit more wiggly.
	bikemag.com /features/onlineexclusive/092505_specialized (930 words)

	Carbon Fiber
		Carbon fiber is a form of graphite in which these sheets are long and thin.
		Carbon fiber reinforced composites are very strong for their weight.
		Carbon fiber is made from another polymer, called polyacrylonitrile, by a complicated heating process.
	www.pslc.ws /mactest/carfib.htm (167 words)

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