Carbon fiber China provider: Despite the high cost of carbon fiber composites, with the advancement of technology, more and more high-efficiency products are just around the corner. Perhaps in the lifetime, we will be able to witness the wide range of applications of high-performance carbon fiber products in the consumer market, industrial production, and automobile manufacturing. Researchers in China are exploring the power of short carbon fibers combined with high performance materials like PEEK using the most affordable 3D printing technology, FDM. Outlining their results in “Flexural Properties and Fracture Behavior of CF/PEEK in Orthogonal Building Orientation by FDM: Microstructure and Mechanism”, the authors show how such composites can influence and disrupt multiple industries.
Carbon fiber is stronger than steel but lighter than aluminum. Carbon fiber is roughly five times stronger than steel and two times stiffer (some types are even 8 times stronger), and due to this, it is often used as a replacement for metal alloys in places where metal just isn’t strong enough .The biggest requirement of any high-performance racing car, motorbike or powerboat construction is that it should be strong and lightweight. Carbon fiber has been approved as the best material for the job. In a driveshaft application, it can be as much as 4 times as strong as steel and it manages to be 40% lighter than aluminum. Cars like the McLaren MP4-12c, being able to accelerate from 0-62Mph in just 3.3 seconds and having a top speed of 205Mph, would not have been able to be made if it weren’t for its fully Carbon fiber composite chassis that lies underneath.
We now offer the following Carbon Fiber Cutting Services: Custom cut carbon fiber sheets to your specifications. CNC machining carbon fiber products according to your design drawings (.dxf or .dwg files). Drilling for carbon fiber tubes and sheets. If you designed your carbon fiber parts and looking to have it cut, Please contact us and send a description of what you need to info@jinjiuyi.net, We will get back to you with a quote to cut your design. Discover even more info at Custom Carbon Fiber Cutting.
It is obvious that the thicker the carbon fiber, the heavier the frames. So, the question is: where should you put the thick carbon? The first place is the arm; the arms take most of the hit and are most likely to fall off during the flying or racing. If it is not strong enough, it will break or deform easily. Presently, most customers choose a 5mm carbon fiber to cut the arms. Even companies like AstroX choose a 5.5mm and 6mm carbon fiber in some of their projects. The second place to consider is the bottom and top plates. These places usually take big impacts and hold the drone kits together as well. They usually designed with 3mm carbon, but you can use 2mm carbon if you want to achieve a lighter weight. The third place to consider is the bumper. Some frames are designed with bumpers. They are usually done with 2mm thick carbon fiber.
We now can proudly say that Jinjiuyi is a leading manufacturing and supplier of top quality carbon fiber. We had always strived to be an industry leader, this philosophy guides our actions, reflects our culture and drives our performance. We have earned the reputation as one of the top premium Carbon fiber suppliers globally, that has the capabilities and top notch technologies to be able to work on any custom job. At Jinjiuyi, you receive the kind of quality and service you expect from Premium manufacturer. Our company is always evolving as the needs of our customers change. You can rest assured that Jinjiuyi will provide you with high end products backed by the latest technology and extensive R&D in the industry. Discover even more details on www.jinjiuyi.net.