All-Carbon Fiber Drone Frame - Light And Strong, Defining A New Benchmark For Professional Aerial Photography!

3 month ago

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SHENZHEN XIONGYIHUA PLASTIC INSULATION LTD

 10 year year

Product details

Product Composition

The core component of carbon fiber board is the combination of carbon fiber reinforcement and resin matrix, which realizes the characteristics of light weight, high strength and corrosion resistance through material selection and process optimization.

Performance Characteristics

1. Strong hardness and light weight. 2. Corrosion resistance and fatigue resistance. 3. High and low temperature resistance, toughness and pressure resistance. It can be used in various harsh environments, can withstand low temperatures of -100C and high temperatures of 150°C, and is resistant to falling and pressure. 4. High axial strength and modulus. 5. Small thermal expansion coefficient and electrical thermal conductivity

Advantages

Lightweight and high strength: The density is only 1/4 of that of steel, and the tensile strength is 7-10 times that of steel.

Corrosion and extreme temperature resistance: Resistant to acid, alkali, salt and atmospheric corrosion, no maintenance required; wide applicable temperature range (-100℃ to 150℃), thermal expansion coefficient close to zero, and strong dimensional stability.

Application Fields

"It is mainly used in the bending and shear reinforcement of concrete beams, the reinforcement of concrete floors and bridge slabs, the reinforcement of concrete and brick masonry walls and scissor walls, the reinforcement of bridge piers, piles and other columns, and the reinforcement of chimneys, tunnels, pools, concrete pipes, etc. In addition, it is also widely used in the production of multi-rotor drone fuselages, such as cross-country drones and aerial photography drones."

Our company is deeply engaged in the field of high-performance engineering plastics and insulation materials, and is committed to providing innovative material solutions for the global high-end manufacturing industry. Our main products include high-end engineering plastic sheets/rods such as polyoxymethylene (POM), ABS, nylon (PA), polycarbonate (PC), polyphenylene sulfide (PPS), polyetherimide (PEI), polyetheretherketone (PEEK), etc. We also provide special insulation materials such as bakelite (phenolic laminate) and epoxy glass fiber board. With excellent properties such as high temperature resistance, wear resistance, and high strength, our products are widely used in new energy vehicles, smart electronics, industrial machinery, aerospace and other fields.

FAQ

1. Which one is stronger in building reinforcement, carbon fiber plate or steel plate?

Answer: The tensile strength of carbon fiber plate is significantly higher than that of steel plate. Its design value can reach 2000-3000MPa (such as T300 grade and above), which is 7-10 times that of ordinary steel (about 200-400MPa). For example, the tensile performance of 0.1mm thick carbon fiber plate ≈ 1mm thick steel plate greatly improves the reinforcement efficiency and reduces the structural load.

2. Where is the lightweight advantage of carbon fiber plate?

Answer: The density of carbon fiber is only 1.6-1.7g/cm³, which is about 1/4 of steel and 2/3 of aluminum alloy. In building reinforcement, it will not increase the dead weight of the structure; in the field of drones, it can reduce the weight of the fuselage by 25%-30% and extend the flight time.

3. How much stronger is the corrosion resistance than metal materials?

Answer: Carbon fiber is an inert material, resistant to acid, alkali, and salt corrosion, and does not rust. Steel plates require regular anti-rust treatment, and aluminum alloys may oxidize in humid environments. Carbon fiber can last for more than 50 years in corrosive environments such as chemical plants and coastal bridges.

4. Is the construction efficiency better than traditional reinforcement materials?

Answer: Carbon fiber panels are easy to construct: No large equipment is required, and they can be operated manually; The construction period is only 2/5 of that of steel reinforcement, saving labor costs; It can be cut into complex shapes and fit curved components (such as tunnels and chimneys), with an effective bonding rate of over 90%, while steel plates are only 70%.

5. What are the advantages in fatigue resistance and earthquake resistance?

Answer: The fatigue strength of carbon fiber is more than 10 times that of steel, and it is not easy to crack under repeated loads. When reinforcing concrete beams, it can delay the yielding of steel bars, optimize the failure mode (from brittleness to ductility), and improve the seismic resistance of the structure.

6. Compared with aluminum alloy, how is the high temperature performance?

Answer: The thermal expansion coefficient of carbon fiber plate is almost 0, and it does not deform under temperature difference, which is suitable for precision structures (such as drone parts); while aluminum alloy has obvious thermal expansion and contraction. However, the upper limit of high temperature resistance of aluminum alloy (500℃) is higher, and carbon fiber plate (epoxy resin base) is usually resistant to below 150℃.

7. Why is carbon fiber rather than aluminum alloy generally used in drone fuselages?

Answer: In addition to lightweight, carbon fiber also has:

High stiffness: reduce flight vibration and improve stability;

One-piece molding: can manufacture streamlined complex structures and optimize aerodynamic performance;

Anti-electromagnetic interference: protect electronic equipment.