Product Description
What is this?
This product is a 100% 3K Carbon Fiber Sheet, designed for use in various applications such as racing drones, RC helicopters, airplanes, sailboats, and kite spars.
What will I get?
1 x Carbon Fiber Sheet;
Length x Width x Thickness: 125x75x1mm;
Are there any advantages of the product?
The pultrusion process ensures that all the fibers are aligned in one direction, making it stronger than woven tubes;Despite its strength, this carbon fiber strip bar is only one-fifth the weight of metal alternatives, offering enhanced performance;It exhibits excellent resistance to corrosion and can withstand high temperatures, ensuring long-lasting performance even in challenging environments.
How to use it?
This carbon fiber Sheet is versatile and can be used in multiple applications.It can be used to build drone frames, reinforce RC helicopter wings, build lightweight RC airplanes, strengthen RC sailboats, and create durable kite spars. Its high strength-to-weight ratio makes it a good choice for projects where strength, and rigidity are required.
What should I notice?
When using this product, it is important to consider the dimensions to ensure it fits your specific application. Additionally, handle the strip bar with care to prevent any damage to the smooth surface. As with any carbon fiber product, avoid exposing it to excessive bending or impact that could affect its structural integrity.
This product is a 100% 3K Carbon Fiber Sheet, designed for use in various applications such as racing drones, RC helicopters, airplanes, sailboats, and kite spars.
What will I get?
1 x Carbon Fiber Sheet;
Length x Width x Thickness: 125x75x1mm;
Are there any advantages of the product?
The pultrusion process ensures that all the fibers are aligned in one direction, making it stronger than woven tubes;Despite its strength, this carbon fiber strip bar is only one-fifth the weight of metal alternatives, offering enhanced performance;It exhibits excellent resistance to corrosion and can withstand high temperatures, ensuring long-lasting performance even in challenging environments.
How to use it?
This carbon fiber Sheet is versatile and can be used in multiple applications.It can be used to build drone frames, reinforce RC helicopter wings, build lightweight RC airplanes, strengthen RC sailboats, and create durable kite spars. Its high strength-to-weight ratio makes it a good choice for projects where strength, and rigidity are required.
What should I notice?
When using this product, it is important to consider the dimensions to ensure it fits your specific application. Additionally, handle the strip bar with care to prevent any damage to the smooth surface. As with any carbon fiber product, avoid exposing it to excessive bending or impact that could affect its structural integrity.
Product Information
- This product is a 100% 3K Carbon Fiber Sheet, designed for use in various applications such as racing drones, RC helicopters, airplanes, sailboats, and kite spars.
- 1 x Carbon Fiber Sheet;Length x Width x Thickness: 125x75x1mm;
- The pultrusion process ensures that all the fibers are aligned in one direction, making it stronger than woven tubes;Despite its strength, this carbon fiber strip bar is only one-fifth the weight of metal alternatives, offering enhanced performance;It exhibits excellent resistance to corrosion and can withstand high temperatures, ensuring long-lasting performance even in challenging environments.
- This carbon fiber Sheet is versatile and can be used in multiple applications.It can be used to build drone frames, reinforce RC helicopter wings, build lightweight RC airplanes, strengthen RC sailboats, and create durable kite spars. Its high strength-to-weight ratio makes it a good choice for projects where strength, and rigidity are required.
- When using this product, it is important to consider the dimensions to ensure it fits your specific application. Additionally, handle the strip bar with care to prevent any damage to the smooth surface. As with any carbon fiber product, avoid exposing it to excessive bending or impact that could affect its structural integrity.
