Multi‑functional Carbon Fiber Winding Machine

Multi‑functional Carbon Fiber Winding Machine

Multi‑functional carbon fiber winding machine handles 1K‑50K carbon fiber and prepreg yarn. Stable tension, neat spools, suitable for weaving, winding and pultrusion composite production line.
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Product details

Multi‑functional Carbon Fiber Winding Machine

This machine is developed for composite yarn winding process. It supports spooling for full range 1K‑50K carbon fiber yarn and prepreg yarn.

Equipped with precision guide roller assembly for smooth yarn path to reduce fiber damage, fuzzing and yarn breakage. Closed‑loop tension system maintains consistent tension, avoiding yarn deviation and overlapping. Finished spools are compact with flat end faces.

It is ideal supporting equipment for carbon fiber weaving machine, filament‑winding machine and pultrusion lines, widely used in carbon fiber yarn and prepreg production.

Key Advantages

  1. Wide compatibility: 1K‑50K carbon fiber yarn & 1K‑50K prepreg yarn
  2. Precision tension control for high‑quality spools, minimum fiber damage
  3. Optimized guide roller design to reduce yarn friction and fuzzing
  4. Well‑formed spools for further composite processing

ApplicationsCarbon fiber raw material production, prepreg yarn processing, composite manufacturing


Q: What construction reinforcement applications are suitable for carbon fiber fabric?

A: Carbon fiber fabric is widely used for strengthening concrete beams, slabs, columns, bridges, tunnels, industrial buildings, and cracked floor structures. It is lightweight, high-strength, corrosion-resistant, and easy to install. When used with Grade-A carbon fiber impregnating adhesive, it can effectively improve structural bearing capacity and long-term durability.

Q: What is the difference between carbon fiber plate and carbon fiber fabric?

A: Carbon fiber plate offers high stiffness and high tensile strength, making it suitable for bridge, floor slab, and beam reinforcement. Carbon fiber fabric is more flexible and is better suited for beam-column joints, irregular structures, curved surfaces, and large-area bonding reinforcement. The proper material should be selected according to the structural load, construction conditions, and engineering requirements.

Q: What should be noted during carbon fiber reinforcement construction?

A: Before construction, the concrete substrate should be cleaned and kept solid, flat, dry, and free of oil or dust. During installation, primer, leveling adhesive, and impregnating adhesive should be applied according to the specifications to ensure that the carbon fiber material is fully saturated and firmly bonded to the substrate. Proper curing should be carried out after construction to avoid early moisture, contamination, or loading.

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