Is This The Next Step For Carbon Fiber Bike Parts?
GCN Tech
15 min, 20 sec
The video explores the cutting-edge bicycle wheel manufacturing process by Forge and Bond in Utah, utilizing Fusion fiber instead of traditional carbon fiber.
Summary
- Forge and Bond in Utah introduces Fusion fiber technology to create advanced bicycle wheels.
- Fusion fiber offers advantages over traditional carbon fiber including ease of storage, reusability, and enhanced vibration dampening.
- The manufacturing process is highly automated, reducing labor costs and increasing precision.
- Waste material from the production process is recycled into other products like tire levers, demonstrating an eco-friendly approach.
Chapter 1
Introduction to the innovative Fusion fiber technology used by Forge and Bond for bike wheel production.
- Fusion fiber is a new material used by Forge and Bond based in Utah for manufacturing bicycle wheels.
- The material offers key advantages over traditional carbon fiber in terms of manufacturing and performance.
- The presenter plans to explain the advantages and the manufacturing process inside the Forge and Bond factory.
Chapter 2
An overview of how traditional carbon fiber products are manufactured and the drawbacks of the process.
- Traditional carbon fiber manufacturing involves using prepreg carbon, which must be kept frozen until use.
- The manufacturing process is labor-intensive, and the material has a limited shelf life.
- A significant amount of material waste is generated, which cannot be easily recycled.
Chapter 3
Exploring the Fusion fiber material and its benefits over traditional carbon fiber for wheel manufacturing.
- Fusion fiber uses nylon instead of epoxy resin, eliminating the need for refrigeration and allowing easier handling.
- Nylon's thermosoftening property allows the material to be heated and reshaped multiple times.
- The manufacturing process is more precise and efficient, with a robotic system minimizing waste and increasing speed.
Chapter 4
Delving into the detailed process of manufacturing a wheel using Fusion fiber material at Forge and Bond.
- The process begins with cutting carbon fiber pre-impregnated with nylon into swatches.
- A machine called the Fiberon heats and fuses the swatches together to create the wheel's structure.
- Excess material from the wheel is trimmed off, and the 2D part is forged into a 3D shape using a press.
Chapter 5
The final steps in the Fusion fiber wheel manufacturing process, leading to the completed product.
- After the wheel is forged, it is laser-trimmed and the halves are bonded together.
- The bonded wheel is then cured in a heated press, removing the need for extensive surface finishing.
- Finally, the wheel is drilled for spokes and valves, assembled with a hub, and it's ready for use.
Chapter 6
Advantages of Fusion fiber in terms of ride quality and the environmental benefits of the material's recyclability.
- Nylon as the matrix in Fusion fiber provides better vibration dampening, enhancing bike wheel ride quality.
- Fusion fiber's recyclability allows waste material to be repurposed into other products, reducing environmental impact.