Carbon Fiber Sheet

Guangdong Shenyang New Material Technology Co., Ltd., established in 2015, specializes in the application of carbon fiber. It is a high-tech enterprise integrating R&D, production, and sales. Carbon fiber sheets, carbon fiber tubes, carbon fiber custom parts, and industrial custom carbon fiber products. With diverse product types and complete specifications, these products boast excellent performance, exquisite craftsmanship, and outstanding quality. Our products are widely used in fields such as low-altitude economy drones, aviation accessories, high-end sports equipment, precision medical devices, automotive components, and 3C electronic accessories, earning widespread acclaim and trust in the market.

High Tensile Strength and Stiffness
The strength of carbon fiber comes from the reinforcing fibers: thousands of microscopic strands of bonded carbon which by themselves are strong in tension, but lack stiffness and resistance to compression. By suspending them inside epoxy resin they become stiff along their axis and strong in both tension and compression. This makes carbon fiber a great replacement for metals like aluminum and steel because it's strength can be tailored exactly to its load scenario.

Lightweight
Speaking of weight, carbon fiber is light! A carbon fiber reinforced plastic isn't much heavier than a non-reinforced plastic. When compared to steel, the overall weight reduction is about ninety percent. A 70 pound steel car hood can be re-created to weight a mere 7 pounds! It's lighter than aluminum and even titanium.

Doesn't Rust
Most materials react poorly to air and water, corroding, oxidizing, or simply breaking down unless protected. Not carbon fiber. Both the carbon and the epoxy resin are extremely stable and non-reactive, even when submerged in water!

Resistant to Chemicals
Carbon fiber is typically used in unison with a polymer matrix. Most commonly carbon fiber is paired with an epoxy resin system. Epoxy is formed from a two-part chemical reaction of a resin and a hardener. Once cured, epoxy is a thermoset that will not melt or return to its former constituents.

Good Heat Conductor
At the atomic level, carbon fiber is composed of the same material that forms charcoal—carbon. Due to a property know as thermal conductivity, heat is readily conducted along the length of the fibers. Heat doesn't conduct perpendicularly to the fibers which allows the flow of heat to be controlled through the part by arranging the direction of the fibers to create the desired thermal properties.

Visual Appearance and Aesthetics
If there's one attribute nearly everyone knows about carbon fiber, it's the instantly recognizable look. Whether it's a super-car made almost entirely of carbon, a simple accent on a piece of furniture, or simply a wallet or knife you carry every day, carbon fiber is beautiful, striking, and bold. Carbon fiber can now even be woven into other patterns or with other materials to add some color. Carbon fiber by itself cannot be any color other than black.

Carbon fiber is a material made from thin filaments of carbon atoms bonded together in a crystalline structure, which results in an exceptional strength-to-weight ratio. The manufacture of carbon fiber material involves several complex steps that transform carbon-rich precursors into spools of fibers.

Most carbon fibers are produced using polyacrylonitrile (PAN), pitch, or rayon as the precursor. The selected precursor material is first spun to create long fibers. The raw fibers are then heated in an oxygen-free environment in a process called stabilization to prevent them from burning or shrinking. After stabilization, the fibers are carbonized at a very high temperature of around 1000 - 3000 degrees Celsius in an inert atmosphere such as nitrogen. This drives out almost all non-carbon elements from the fibers leaving behind almost pure carbon atoms in a crystalline structure. Finally, the fibers receive a surface treatment to enhance their adhesion to matrix materials and then wound onto spools.