Carbon Fiber Roving

Carbon Fiber Roving (commonly referred to as Carbon Fiber Tow or Yarn) is a continuous bundle of thousands of high-purity carbon fiber filaments gathered together without twist. It is classified by its filament count, such as 1K, 3K, 6K, 12K, 24K, or 50K (where "K" stands for 1,000 filaments). Treated with a specialized sizing agent, it ensures excellent compatibility and quick wetting out when processed with epoxy, vinyl ester, or polyurethane resins.

Advantages

Ultimate Tensile Strength

Provides the highest mechanical properties possible because the continuous carbon filaments remain unbroken, offering superior load-bearing capacity along the fiber direction.

Ultimate Tensile Strength

Provides the highest mechanical properties possible because the continuous carbon filaments remain unbroken, offering superior load-bearing capacity along the fiber direction.

Ultimate Tensile Strength

Provides the highest mechanical properties possible because the continuous carbon filaments remain unbroken, offering superior load-bearing capacity along the fiber direction.

Ultimate Tensile Strength

Provides the highest mechanical properties possible because the continuous carbon filaments remain unbroken, offering superior load-bearing capacity along the fiber direction.

Applications

Filament Winding (Pipes & Tanks)

Wound around rotating molds to manufacture high-pressure CNG/hydrogen gas cylinders, chemical storage tanks, and lightweight industrial piping

Pultrusion Profiles (Rods & Tubes)

Pulled through heated dies to create continuous carbon fiber solid rods, hollow tubes, strips, and custom structural profiles

Carbon Fiber Fabric Weaving

Woven into various technical textiles, such as plain, twill, or unidirectional fabrics used for automotive and aerospace structural parts

Prepreg Production

Aligned uniformly and coated with a thin layer of resin to create carbon fiber prepregs for high-end sports equipment and racing car components

Concrete & Structural Repair (CFRP)

Used for manual layout or specialized carbon stitching to reinforce, repair, and upgrade concrete columns, beams, and masonry walls

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