What You Should Know about Carbon Fiber Bikes?

Carbon Fiber Bikes

A carbon fiber bike became the new trend in the market in terms of bicycles. More and more people nowadays are now using carbon fiber bikes as they look really impressive and also provides an efficient performance. This type of bike is said to have some pros that can be considered over other materials. However, aside from that, it is also important for us to know about the cons on this type of bike as well.

What Are Carbon Fiber Bikes?

Most people who aren't familiar with carbon fiber bikes think of them as some ultra-lightweight, space-age, piece of technology that is reserved for the Tour de France.

The truth is, carbon fiber bikes are just that – bicycles made of carbon fiber. Carbon fiber is a material that is used in many different industries and has been around since the 1960s. It’s very strong, very light and incredibly stiff. It’s also very expensive to produce.

In fact, the cost of manufacturing carbon fiber products was so high at one point in time that it was only seen as an option for high-end military applications. Today it’s used in everything from aircraft to medical equipment to golf clubs and water pipes. And yes, bikes too!

The two most popular types of materials used to make bikes are steel and aluminum. Both are cheaper than carbon fiber and have been used for years because they are both light enough to be practical and affordable enough for mass production.

Where Do Carbon Fiber Bikes Come From?

Carbon fiber bikes are some of the most popular bicycles on the market today. If you're looking to get a good bike and have a few extra bucks, chances are you're thinking about getting a carbon fiber bike.

But where do carbon fiber bikes come from? Where is carbon fiber made? And how is it made?

Let's take a look at the sources of carbon fiber and how it gets from there to your bike.

Carbon Fiber Comes From Petroleum

Before we talk about where carbon fiber comes from, let's talk about what carbon fiber actually is. Carbon fiber is an extremely strong material that's used in all sorts of applications, from satellites to rockets. One of its most popular uses is in bicycling, whether for the entire frame or for components such as handlebars or seat posts. It's very light and very strong, which makes it perfect for cycling applications.

Carbon fiber is made from petroleum — specifically, petroleum coke. Petroleum coke isn't used in much else besides making carbon fiber, so you'll find most of it in places that manufacture carbon fiber bikes. In fact, China has been buying up petroleum coke lately because they need so much of it to make their own carbon fiber products.

The History of the Bicycle

The history of the bicycle has its beginnings in Europe, around 1816. It was a German inventor named Karl von Drais who created a form of transportation that was propelled by the feet, and the vehicle he invented was known as the Laufmaschine, or draisine.

The early bicycle, which was fashioned from wood, was without pedals or any kind of drivetrain. The rider would sit on the machine and pedal it along with his or her feet. It was not until 1839 that a new design for the bicycle came about, this time in Scotland. A Scottish inventor named Kirkpatrick Macmillan fashioned a bicycle that had pedals on its front wheel.

Credit for another improvement to the bicycle came about in 1860, when Pierre Michaux and his son Ernest came up with the velocipede. This new design had iron tires which were attached to wooden wheels.

How Does Carbon Fiber Affect Bicycles?

Carbon fiber is becoming more popular in the bike industry, and for good reason. It offers lighter weight with less resistance to the wind. But how does carbon fiber affect a bike?

The use of carbon fiber in bicycles has been around for a few years, but it's just now starting to gain popularity in the cycling world. Carbon fiber allows for more speed and lighter weight, but it's not as strong as steel. If you drop your bicycle on a curb, carbon will bend easier than steel without breaking.

But that strength comes with some drawbacks — carbon is more brittle than steel and can break easier. It also can't accept any type of coating or protection that would keep it from getting dinged up, which means it may not last as long depending on how you ride your bike.

What is a Carbon Fiber Frame?

You have probably heard the term carbon fiber frame, or perhaps you have seen it on your bike components. What exactly is a carbon fiber frame? Why are they so expensive? What makes them different from the other types of frames?

Carbon fiber is a type of plastic that's made from very thin strands of carbon fibers. Carbon fibers are typically woven together in a process called weaving, but can also be produced in a similar process called braiding. These threads are then woven together to form a sheet, which is then wrapped around other material such as metal or plastic. This wrapping creates the structure of the frame and is called a carbon fiber tube.

When you see carbon fiber frames, you'll notice that there are two very different types: monocoque and bonded. Monocoque frames consist of just one piece of carbon fiber with no bonding between the layers. Bonded frames are constructed by bonding together several layers of carbon fiber with epoxy resin or another adhesive agent. Some people like this style because it's cheaper, but it also has some disadvantages which we will discuss later on in this article.

How to Choose a Carbon Fiber Bike

Carbon fiber is a composite material that, when used in the manufacturing of bicycles, creates frames that are both lightweight and strong. A frame’s resistance to impacts is also better than with aluminum or steel. The design possibilities of carbon fiber also allow manufacturers to make more aerodynamic frames.

A carbon fiber bike may be more expensive than an aluminum one, but it is lighter and more shock-absorbent. Choosing a carbon fiber bike therefore comes down to your budget, the use you intend to make of the bicycle, and your cycling level.

If you are looking for a racing bike, you will want a stiffer frame, while if you prefer touring bikes, you will need a more flexible model.

If you are just starting out with cycling, opt for an entry-level model with a rigid fork. The fork is the part of the frame that holds the front wheel in place. An entry-level racing bike may be too advanced for beginners because they require the rider to be in an optimal position on the bike at all times.

People should understand carbon fiber bikes in order to choose the right one.

Carbon fiber is a super strong yet lightweight material that is used to make some of the most expensive bicycles on the market. The material itself is made of carbon, which has been bound together with other materials like resin and plastic. Carbon fiber is a great material for cyclists because it's light, stiff, and strong. Not only does this make riding easier, but it also makes your bike much faster and easier to maneuver. Whether you're a professional cyclist or just a casual rider, there are many benefits to choosing a carbon fiber bike over other types of bikes.

 

What is carbon fiber?

     Carbon fiber is a polymer that is high strength and high modulus fiber with carbon content of more than 90%. It has the best temperature resistance of the others chemical fibers. It is using acrylic and viscose fiber as raw materials, process through high-temperature oxidation and carbonization, which is an excellent material for some aerospace factories and some high-tech equipment. We also can call it graphite fiber. Attribute to the orientation of the graphite microcrystalline structure alone the filament axis which has high strength. Graphite fiber’s density is low, which results in the strength and modulus are high. The main use of carbon fiber is like a reinforcement material and resin, metal, ceramic, and carbon composite, manufacturing advanced composite materials. The strength and modulus of carbon fiber supported epoxy resin composites are the highest among the accessible engineering materials.

     

 

The development of carbon fiber bikes

     Since the invention of bikes, the manufacturing materials have changed from the original wooden materials to ordinary carbon steel, chromium-phase steel, and chromium-manganese steel, to light alloy materials such as titanium alloy, aluminum alloy, magnesium alloy, and scandium alloy, as well as new non-metallic materials such as carbon fiber and glass fiber composite materials. The innovation of bicycle manufacturing materials, its mechanical structure, process modeling, mechanical structure, and so on are also constantly iterating, which promotes the bike performance improvement and function increase. Today, bicycle has been expanded from the initial means of transportation to fitness, competition equipment, and recreational supplies. In particular, the extensive application of carbon fiber in bike manufacturing has brought a new revolution to the bike industry. The full name of the carbon fiber bike is carbon fiber reinforced resin composite bike, which is made of a combination of carbon fiber and resin. Carbon fiber and resin in the role of composite materials are equally, and each other is indispensable. If the composite material is compared to a reinforced concrete structure, this fiber is equivalent to a load-bearing steel bar, and resin is equivalent to concrete, playing a role in the structural formation, fixing the fiber force transfer, which plays a decisive role in the riding quality and body performance of carbon fiber bike.

 

How to test the durability of your carbon fiber bike?

     It can be performed against standard use and exposure to the harshest conditions possible. Since carbon bike is basically made by carbon fiber. Because the specific strength is high, that will impact more susceptible to extreme load. For example, when a carbon bike was crashed, it will not be bends nor dents, instead, it will crack. This kind of damage can be visible or not. This might be the reason why it has earned a bad rap in the durability department. When the bike’s integrity of the composite has been compromised, it will become fragile and therefore your bike cannot be using anymore. Like this, it would either be replaced. Like other material, carbon deteriorates with usage albeit. Carbon has the longest frame fatigue, so many manufacturers offer a lifetime warranty on frames with this material. As aging occurs, small cracks form in the resin matrix and what remains is the connection of the fibers. During this process, the stiffness of the bicycle frame changes slightly. As for the different environmental conditions, like your bike sitting under a hot, sunny day, there is nothing you should worry about. Carbon fiber bikes are usually coated with anti-UVA paint, which provides excellent resistance to searing heat.

How to check the quality of your carbon fiber bike 

      First, you need to know the level of your bike. Because bikes are also graded by quality. In addition, the service life of your carbon fiber bike depends on the quality level, you need to know more specific model information of the different parts of your bike. Such as Thunder-Disc from LytronBikes, which sees SHIMANO 105/R7000 rear travel, a Disc&thru-axle 12×100mm travel fork, progressive geometry. This is not like other sluggish carbon fiber bikes, it's an aggressive trail bike that pairs Thunder renowned carbon chassis with Shimano's proven electric drive system to help you ride stable and faster. The Warrior Pro also come from LytronBikes is one of The Year with loads of high-quality components. A desirable package of Shimano groupset and INNOVA-PRO all-terrain go-anywhere tires will have you advancing your idea of what a gravel bike can really do. Relish in the ride provided by Triple Triangle so you can be teleported back to your childhood, blasting around corners, and airing off every little stump in the woods. Grab this bike and get off the pavement.

 

      Ultimately, you can be sure that when you consider a carbon fiber bike, it will be a durable piece of equipment. You must try to avoid moderate to high impact to your bike, no matter what material it is made of, not only for the sake of your bike but also for your own safety.

 

Our lytron-bike contribute all our loyalty to our customs. Our carbon fiber bike is waiting for your appetite.

Gravel RS-22S

Warrior Pro 29” x 19”(SRAM)

Warrior Pro 29” x 19”(SHIMANO)

sniper-2-0-c-brake

Thunder-Disc

 

Reference

LytronBikes Warrior Pro: https://lytron-bike.com/products/carbon-fiber-mountain-bike-warriorpro

LytronBikes Thunder-Disc: https://lytron-bike.com/products/carbon-road-bike-thunder