BMW Unveils Exclusive HP4 RACE Motorcycle made with Carbon Fiber

At this year’s Milan Motorcycle Show, BMW Motorrad unveiled an “advanced prototype” of its BMW HP4 RACE, which the company is calling its most exclusive motorcycle ever. Like many BMW vehicles, it features a significant amount of carbon fiber. The 2017 HP4 RACE is the latest version of the HP4 that debuted in 2013 with one of the first semi-active suspension systems on the market.

The HP4 Race will join Ducati’s Superleggera as the only bikes on the market with full featherweight carbon fiber frames. For the HP4 RACE, the use of composites will extend beyond just the frame.

“The HP4 RACE will feature the full carbon fiber main frame and carbon fiber rims,” said Stephan Schaller, President of BMW Motorrad. “We will reveal more about this model next spring.”

According to sportrider.com, the carbon fiber main frame, self-supporting tail section, and wheels, as well as the bodywork, were likely made in-house by BMW at one of its three manufacturing plants in Landshut, Leipzig, and Dingolfing, Germany. The site adds that BMW was one of the first auto manufacturers to make a significant investment into its own carbon fiber manufacturing capabilities, instead of outsourcing the manufacturing components like most other automakers.

The motorcycle will be manufactured by hand in an exclusive limited series and supplied in the second half of 2017.


Buy carbon fiber, fiberglass and other composites online in Australia at Beyond Materials™

According to  http://compositesmanufacturingmagazine.com



Zoltek Carbon Fiber Featured in New Uniti Electric Car

Swedish startup company Uniti recently released its “smartphone car,” a modern electric vehicle that comes with five years of free electricity. The car can cover 186 miles with its 22 kWh battery and charge up to a range of 124 miles in 30 minutes.

According to Lewis Horne, founder and CEO of Uniti, the car’s body is made entirely of Zoltek’s PX35 carbon fiber in order to facilitate the company’s ability to scale up production. Zoltek, a subsidiary of Toray, has the largest global capacity of industrial-grade carbon fiber which can support automotive mass production. Additionally, by utilizing PX35, Uniti was able to create an electric car that is lightweight without sacrificing safety or comfort.

“Uniti is pioneering a new space in the electric vehicle market,” said David Purcell, Executive Vice President of Composite Intermediates and Oxidized Fiber at Zoltek. “We are pleased to support the efforts of this innovative team, and even more pleased that Uniti recognizes Zoltek’s PX35 as a key enabling material on their initial vehicle.”

According to Zoltek, PX35 carbon fiber has superior mechanical properties that are comparable to steel with just 25 percent of the density of steel at a price point competitive with aluminum. In addition to the automotive market, Zoltek is also currently supplying PX35 carbon fiber into wind energy applications.

Uniti will offer a line of two, four and five-seat vehicle models, with first deliveries targeted for 2019. There are already over 1,000 advance orders for the start-up company’s first vehicle. For more information, visit www.uniti.earth.


Buy carbon fiber, fiberglass and other composites online in Australia at Beyond Materials


According to  http://compositesmanufacturingmagazine.com



PolyOne Develops Carbon Fiber Underbody Brace for C7 Corvette

PolyOne announced its lightweight, carbon fiber-reinforced polymer (CFRP) underbody brace is now offered as a performance upgrade for the current C7 generation of GM’s Chevrolet Corvette Z06. The Corvette Z06 won last year’s Car and Driver Lightning Lap with the fastest speed, which also ranked as the second fastest lap time in the history of the event.



The company produced the continuous carbon fiber braces using pultrusion technology. PolyOne says the braces reduce weight compared to aluminum. The braces also increasing flexural stiffness for improved structural integrity and long-term fatigue strength.

“Our Glasforms team evaluated several composite types and identified a solution with optimal performance. The carbon fiber-reinforced composite part is 17% lighter than the stock aluminum part, and the composite held up well in GM’s extensive vibration, shake and road test regimen,” said Matthew Borowiec, general manager, PolyOne Advanced Composites – the company’s new platform it created after it acquired Gordon Composites and Polystrand. “We are proud that our team’s expertise in materials and engineering is helping to boost the legendary performance of the Corvette.”

General Motors uses the Corvette as a validation vehicle for many of its new technologies. GM has a 60-year history with composites. In 1953, Molded Fiber Glass launched the first production model of the Corvette with fiberglass body panels. In 1972, the Corvette’s body panels were made with sheet molding compounds (SMC) for the first time. All Corvettes since 1973 have used SMC body panels. As recently as last year, Continental Structural Plastics introduced its TCA Ultra Lite body panel for the Corvette.

Buy carbon fiber, fiberglass and other composites online in Australia at Beyond Materials

According to  http://compositesmanufacturingmagazine.com



SpaceX Successfully Tests Carbon Fiber Tank for Mars Spaceship

SpaceX has completed a critical test for the carbon fiber fuel tank of its Interplanetary Transport System spaceship, which is designed to transport humans to Mars. Last month, during an “Ask Me Anything” session on Reddit, SpaceX CEO Elon Musk said he believes the carbon fiber tank is the most essential part of the spaceship.

The tank is 12 meters (~39 feet) wide, the largest such vessel ever produced. According to Space.com, SpaceX tested the tank by taking it out to sea to see how it performs under pressure. SpaceX wrote on Twitter that the tank reached both of its pressure targets and that the next step will be full cryogenic testing.

In the Reddit discussion, Musk revealed the tank would be “built with [the] latest and greatest carbon fiber prepreg” – carbon fiber that’s pre-impregnated with a resin to make it tougher. “In theory, it should hold cryogenic propellant without leaking and without a sealing linker,” he said. Carbon fiber’s high tensile strength, design flexibility and low density are also major benefits.

Musk was also quick to note, though, that working with carbon fiber wouldn’t come without its challenges.

“Even though carbon fiber has [an] incredible strength-to-weight [ratio], when you want one of them put super-cold liquid oxygen and liquid methane — particularly liquid oxygen — in the tank, it’s subject to cracking and leaking and it’s a very difficult thing to make,” Musk explains. He adds that the sheer scale of it is also challenging.

However, despite potential obstacles, he did note that “early tests are promising” and that “initial tests with the cryogenic propellant … actually look quite positive.”

“We have not seen any leaks or major issues,” he added.

Buy carbon fiber and other composites online in Australia at Beyond Materials





Pink Gin VI, World’s Largest Carbon Fiber Sloop

Baltic Yachts’ all-carbon composite, 160-ton single-mast yacht the Pink Gin VI is one pace to debut in the water by May 12.

The yacht’s hull was laminated with epoxy carbon prepreg for its inner skin and E-glass and aramid for its outer skin. A layer of Kevlar woven fibers was used in the forefoot of the hull laminate for added impact resistance. The deck was also laminated in epoxy carbon prepreg with a core-cell foam as sandwich material.

The interior of the boat features structural bulkheads made of Nomex/Core-Cell core CRP sandwich construction. It also features a 67.9m carbon fiber mast. By using composites, the boat’s overall displacement is only 235 tons, Baltic Yachts says is low for a yacht of this size.

The Pink Gin VI is the world’s largest all-carbon-fiber sloop, so transporting it to its destination at Jakobstad, Finland was a challenge. Instead of traveling by sea, the sloop had to be driven 13 miles on land. The yacht traveled at an average speed of about 6 mph during the journey during which roundabouts, a railroad crossing and other obstacles had to be negotiated. Baltic Yachts was given permission to widen roads in places and temporarily remove traffic signs so that the unusual load could travel safely to Jakobstad. The carbon fiber mast and the keel will be delivered separately, and will ultimately arrive at its new owner by the middle of summer.

In addition to the Pink Gin VI, Baltic Yachts is also planning on beginning construction of three other carbon fiber yachts this year, each of which has already sold out.

Buy carbon fiber, fiberglass and other composites online in Australia at Beyond Materials

According to http://compositesmanufacturingmagazine.com



World’s First Carbon Fiber Subway Car

CRRC Changchun Railway Vehicles, a leading Chinese train car maker, announced that it has developed a prototype of the world’s first subway train made of carbon fiber. CRRC says its composite prototype is more durable and requires less energy than traditional metal cars. It is also believed to be 35 percent lighter due to its use of carbon fiber.

In recent years, CRRC has sold train and subway cars to 20 countries including the U.S., Brazil and Australia. The subway cars are expected to last at least 30 years as carbon fiber is more capable of resisting fatigue, corrosion, and UV radiation, CRRC says. Carbon fiber is also stronger and quieter compared to metal, the manufacturer notes, and offers in better thermal and sound insulation performance.

CRRC Changchun said it owns full intellectual property rights on the use of carbon fiber for making subway cars. The cars will first be used for the Massachusetts Bay Transportation Authority (MBTA) Orange Line. Back in October, CRRC produced the first China-made subway cars for the Orange Line as part of a 284-carriage order signed by the company with MBTA in December 2014. The deal was the first time a Chinese train car maker won a bid in the US market. The company believes the strides it has made with in-house research will result in mass production of the cars.


Buy carbon fiber, fiberglass and other composites online in Australia at Beyond Materials

By Evan Milberg   compositesmanufacturingmagazine.com



Why use basalt rebar vs steel rebar for reinforcing concrete?

Perhaps the greatest threat to the long-term durability of reinforced concrete is corrosion of the steel (primarily composed of iron, or Fe) which expands due to the greater volume of the corrosion byproducts and then cracks the concrete and debonds from the concrete matrix. Billions of dollars in damage occurs each year due to this simple reaction, and our apparent inability to stop it. So what causes this reaction?



Spalling as it is called, pops large chunks of concrete apart. Especially near salt water, corrosion of steel and Portland cement is obvious and visible everywhere. Basalt fibers and reinforcements are the solution!

Better concretes and additives. Volcanic rock fiber reinforcement basalt rebarsbasalt meshes and basalt chopped fibers. These are materials which will never corrode and help prevent cracking of the cement from the start. Once water gets in it is the beginning of the end.


Extensive (and expensive) repairs can be prevented by building with the correct materials from the start. In this case, using basalt rebar instead of steel rebar, the concrete wall would have a much longer lifespan, saving money, materials, time and labor. Plus, avoiding a potentially dangerous situation in a heavily trafficked public location.


Buy carbon fiber, fiberglass and other composites online in Australia at Beyond Materials



Using Carbon Fiber for Structural Foundation Repair

There have been many changes and advancements in home construction materials over the years.The materials we use to repair our homes have changed, too.  Spray foam fills voids around windows instead of bits of Fiberglas insulation.  Fast-drying, lightweight spackle makes filling holes in walls a quick and easy job.  Water-based paints have all but replaced oils, especially for do-it-yourselfers.You can buy DIY carbon fiber wall repair kit – FiberPatch online here 

Changes have come to professional home repairs too, including the use of carbon fiber strips for structural foundation repairs.


Using Carbon Fiber for Structural Foundation Repair

The old way of repairing a wall that had bulged, bowed or rotated inward due to lateral pressure from expanding soil around a home’s foundation was to use steel I-beams set vertically against the inside of the wall and anchored top and bottom to prevent further movement.  This method is still used occasionally but has been largely supplanted by other methods, mostly by applying carbon fiber strips.

Carbon fiber is a high-strength strand that is woven into a fabric that is virtually unbreakable and does not stretch.  When used for structural foundation repair, it is epoxied to the damaged wall at intervals determined by the type and severity of the damage.  When a steel angle is added to the top of the wall, between floor joists, the wall is completely stabilized and no further movement occurs.


The Pros of Carbon Fiber for Foundation Repair

Quick Installation – The installation process for carbon fiber is very simple:  the area of the wall where the strip will go is ground flat and a bed of high-strength epoxy is applied.  The carbon fiber strip is embedded into this under pressure and the steel angle is bolted to the top.  Depending on the size of the wall, carbon fiber repairs can be done in a day.

Incredible Strength – Carbon fiber is a super strong material that is even being used in the construction of commercial aircraft.  It cannot break and the fibers do not stretch so when properly applied the wall repairs are permanent.

Low Visibility — When the carbon fiber strip has been applied to the wall, it shows up as only a small bump on the wall, a fraction of an inch thick.  It can be painted over, which makes it nearly disappear, and a normal stud wall can be constructed over it if the basement is to be finished.


No Maintenance – When the carbon fiber repair is finished, it requires no further attention from the homeowner – or anyone.

Low Cost – Carbon fiber repairs can be done for approximately half the cost of steel beams.

You can buy DIY carbon fiber wall repair kit – FiberPatch online here.

Carbon Fiber: Only One Drawback

Limits on Application – The only drawback to carbon fiber repair is that it can be used only on walls that have deflected, or moved inward, two inches or less.  When it comes to wall movement, two inches is quite a lot, so most homeowners will have noticed the problem before that point.  Given all the advantages of carbon fiber repairs, there are good reasons for homeowners to pay close attention to any signs of foundation wall damage.

In cases of extreme wall movement, steel is used but the process has been updated to create repairs that require no maintenance and may be less obtrusive than in the past.

Although the carbon fiber process is not overly complex, it requires the services of a professional who understands the nature of the damage and can specify the proper number and location of carbon fiber strips, as well as installers who do the work properly.

Buy carbon fiber, fiberglass and other composites online in Australia at Beyond Materials