Summary
A piece of coke acts as an inertia flywheel, demonstrating exceptional strength and durability through a meticulous manufacturing process. Around 6000 carbon fiber strands are stretched, wrapped, and impregnated with resin to form an almost indestructible material. The resulting product is shaped and cured in an oven to enhance its structural integrity. This video showcases the intricate craftsmanship behind creating a high-quality carbon fiber component.
Fabrication of Inertia Flywheels
A piece of coke is an inertia flywheel tested and crafted using a machine in the facility.
Carbon Fiber Manufacturing
The process involves stretching and mounting carbon fiber threads, totaling around 6000 carbon fiber strands, creating a nearly unbreakable material.
Impregnation and Curing Process
Carbon fiber threads are fed into a feeder, wrapped around a core, and impregnated with resin. The material is then shaped, hardened, and cured in an oven.
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