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Thermoplastic Carbon
Leading the Global Thermoplastic Revolution
Thermoplastic technology is an advanced manufacturing process that involves heating thermoplastic material to a pliable state, forming it under high pressure, and then cooling it to set the shape. This method offers high production efficiency, supports diverse market demands, and reduces manufacturing costs. Additionally, the material is recyclable, aligning with global environmental sustainability goals.
Sustainable & Friendly for The Environment
Tougher & Better Impact Resistant Than Thermoset
Comfortable & Stable Riding Experience
Consisted Quality for Manufacturing
Rapid Production by Automatic Process
15 Min Per Frame
Lightweight
Each thermoplastic bicycle frame is carefully designed to reduce weight while enhancing stiffness, ensuring superior performance and agility on both urban streets and rugged trails.
Automated Production
Our highly automated production process ensures fast and efficient manufacturing, with production cycles as short as 15 minutes per unit. Helps reduce labor costs, shorter lead time and increase overall efficiency.
Impact Resistance
Sustainable and Eco-Friendly
We are committed to sustainability by using recyclable thermoplastic materials. Our goal is to reduce the carbon footprint during production and support green cycling initiatives.
6 Stages of Thermoplastic Carbon Fiber Reinforced Polymer
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Step 1. Prepreg
Carbon fibers are impregnated with a thermoplastic resin to create a prepreg sheet.
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Step 2. Blank
Cut and layered into specific shapes and orientations
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Step 3. Monocoque
Single-piece (monocoque) structure using high temperature and high pressure
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Step 4. Joining
Using advanced welding specific to thermoplastic materials
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Step 5. Crushed Scrap
Excess material from the molding stages is collected, crushed, and reused
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Step 6. Plastic Pellet for Injection
Further processed into plastic pellets are used to create new components
For more information, please contact us to explore future cycling solutions together!