Carbon Fiber Fabric Weaving & Texturing
Global No. 1 production capacity. Precision weaving technology for consistent composite manufacturing.
Precision at Massive Scale
Once the raw carbon fiber is produced, it moves to our state-of-the-art weaving facilities. JiLin Carbon Fiber boasts the world’s largest carbon fiber fabric production capacity, featuring over 150 advanced weaving machines and multiaxial warp knitting machines capable of handling widths up to 2540mm.
Innovative Weaving Technologies:
Strict Tension & Warp Breakage Control
Every single carbon fiber tow is equipped with a tension meter during heddle threading. Our warp breakage control is at an international leading level—with a control target of no more than 5 broken filaments per 100m of fabric.
Spread Tow & Fuzz Removal
Fibers undergo a specialized spreading treatment post-weaving to minimize light leakage and ensure uniform thickness. A pre-treatment process softens the sizing agent and scrapes off fuzz, delivering a clean, consistent surface for appearance-critical applications.
Adhesive Spraying (Stabilization)
We apply a unique adhesive spraying process that sets the fabric. This ensures the carbon cloth can be handled, cut, and molded without fraying, distortion, or pattern deformation—perfect for high-precision layups.
Fine Selvage Technology
We utilize 100D fine polyester threads for selvedge locking, ensuring edges do not protrude and resin distributes evenly during molding.
JiLin Carbon
Fabric Weaving &
Texturing
Texturing
Engineered for Composite Manufacturers
Carbon fiber fabric selection starts with the load direction and manufacturing process. Woven plain and twill fabrics interlace warp and weft to provide a stable reinforcement surface. Unidirectional fabric concentrates reinforcement in one direction. Multiaxial fabrics combine defined directions, such as ±45° or 0°/90°, to support the intended laminate load path.
These constructions are not interchangeable simply because their areal weights are similar. Drape, crimp, permeability, handling and ply orientation affect processing and final performance. A specification should therefore include architecture, fiber grade, tow size, areal weight, width and any stabilization or surface-treatment requirement.
Request a Custom Weaving QuoteWeaving, Tension and Fabric Stability
Controlled tow tension and yarn alignment help reduce distortion and support consistent construction. The documented JiLin fabric capability includes individual tension adjustment, clean selvages and fabric stabilization intended to reduce fraying and deformation during cutting and handling. A stable pattern is particularly useful when the fabric proceeds to prepreg impregnation or a complex lay-up.
The documented specifications include woven-fabric capability up to 2,200 mm width and multiaxial warp-knitting capability up to 2,540 mm. Available width and construction must still be confirmed for the chosen grade and areal weight. Stabilization should be reviewed with the resin system so that handling improvements do not become an untested change to laminate performance.
Match Fabric Construction to Resin and Part Geometry
Plain weave provides a compact, stable pattern, while twill can offer easier drape for some shaped surfaces. UD reinforcement is useful when a dominant load direction calls for concentrated stiffness. ±45° reinforcement is commonly considered for shear and torsion, while 0°/90° construction supports two principal directions. The final lay-up should be established by engineering analysis and test.
For infusion, evaluate permeability, resin wet-out, compaction and the sizing-resin combination. For visible automotive surfaces, assess weave appearance and pattern stability in the actual mold. For prepreg manufacturing, agree on reinforcement cleanliness, dimensional stability and resin impregnation requirements before approving a fabric.
A Practical Fabric Acceptance Specification
Record construction, tow count, areal weight, width, roll length and allowable appearance defects. The inspected lot should have consistent yarn alignment without folds, missing yarns or unacceptable gaps. A sample review can include cutting behavior, fraying, drape and a laminate trial using the intended resin.
Store dry fabrics in sealed packaging under suitable dry indoor conditions and follow the selected product's storage guidance. Avoid treating one fabric family's storage limit or mechanical test as universal. For purchasing, provide the drawing or application, ply directions, roll format, quantity and processing route so the relevant woven, UD or multiaxial options can be compared.
Quality Documentation
Request current certificate scope and validity, together with the batch documentation relevant to your selected material. Management-system certification does not replace product or application qualification.
Fabric Weaving & Texturing FAQ
What is your carbon fiber fabric production capacity and maximum weaving width?
As a leading bulk carbon fiber fabric supplier, JiLin operates over 150 advanced weaving and multiaxial warp knitting machines. We can achieve a maximum weaving width of 2200mm for standard woven fabrics and up to 2540mm for multiaxial fabrics. Our daily production capacity reaches 33,000 m² for standard 3K 200gsm carbon fiber cloth, supporting delivery planning and stable supply for large-scale OEM/ODM composite manufacturing.
How do you prevent broken filaments and ensure a consistent fabric surface for appearance-critical parts?
Tow tension control, spread-tow treatment and fuzz removal help limit broken filaments, light leakage and weave distortion. A Class-A surface is a finished-part requirement, not an unconditional guarantee from dry fabric alone. Agree on fabric inspection criteria and validate a sample with the intended resin, tooling and molding process.
What is “stabilized” carbon fiber fabric, and how does it benefit the molding process?
Stabilized carbon fiber fabric undergoes our unique adhesive spraying process during texturing. This sets the weave, providing exceptional shape retention and preventing edge fraying, distortion, or pattern deformation during cutting and handling. The stabilized fabric can be lifted by a single corner without collapsing, making it highly efficient for complex layups, RTM (Resin Transfer Molding), and prepreg manufacturing, all without negatively impacting resin wettability.
Can you weave custom carbon fiber fabrics with different tow sizes and patterns?
Yes. Our comprehensive fabric weaving capabilities cover 1K to 25K carbon fiber tows, and up to 35K/50K for warp knitting. We manufacture Unidirectional (UD), Multiaxial Non-Crimp Fabrics (MX/NCF), and Plain/Twill Woven Fabrics (CW). We also support flexible harness frame adjustments (up to 8 frames, including 4HS structures) to meet the specific structural and aesthetic requirements of aerospace, automotive lightweighting, and marine applications.
Are your woven carbon fabrics compatible with various resin systems?
Resin compatibility depends on fiber sizing, reinforcement construction and the resin system. Request the relevant grade information and validate wet-out and laminate performance with your intended resin and process. Epoxy and other matrix options should be confirmed for the selected material rather than assumed to be interchangeable.
Are UD and multiaxial fabrics both woven cloth?
Not necessarily. Woven cloth uses interlaced warp and weft, while UD and multiaxial reinforcement can use different constructions to arrange fibers in defined directions. Specify the architecture rather than relying on the word cloth alone.
Should I choose plain weave or twill for a shaped part?
Consider the mold geometry, drape, pattern appearance and handling stability. A trial lay-up is useful because fabric weight, tow size and surface treatment also affect how the reinforcement conforms.
What does fabric stabilization help with?
Stabilization can reduce pattern distortion and fraying during handling and cutting. Confirm its compatibility with the resin and forming process because the laminate must be qualified as a complete material system.
How do I compare ±45° and 0°/90° reinforcement?
Compare them against the laminate load directions: ±45° plies contribute to shear and torsional response, while 0°/90° plies reinforce two principal axes. A balanced design may combine different orientations rather than selecting only one architecture.
Can the fabric width and roll format be customized?
Width and roll format can be discussed for the required construction and quantity. Confirm actual availability and tolerances for the selected fabric instead of assuming every architecture is offered at the equipment's maximum width.
What should be checked before using fabric in infusion?
Review sizing-resin compatibility, permeability, compaction and wet-out in a representative laminate. Check the finished laminate for the agreed mechanical properties and manufacturing defects before approving production.
Carbon Fiber Fabric Weaving & Texturing
Global No. 1 production capacity. Precision weaving technology for consistent composite manufacturing.
Precision at Massive Scale
Once the raw carbon fiber is produced, it moves to our state-of-the-art weaving facilities. JiLin Carbon Fiber boasts the world’s largest carbon fiber fabric production capacity, featuring over 150 advanced weaving machines and multiaxial warp knitting machines capable of handling widths up to 2540mm.
Innovative Weaving Technologies:
Strict Tension & Warp Breakage Control
Every single carbon fiber tow is equipped with a tension meter during heddle threading. Our warp breakage control is at an international leading level—with a control target of no more than 5 broken filaments per 100m of fabric.
Spread Tow & Fuzz Removal
Fibers undergo a specialized spreading treatment post-weaving to minimize light leakage and ensure uniform thickness. A pre-treatment process softens the sizing agent and scrapes off fuzz, delivering a clean, consistent surface for appearance-critical applications.
Adhesive Spraying (Stabilization)
We apply a unique adhesive spraying process that sets the fabric. This ensures the carbon cloth can be handled, cut, and molded without fraying, distortion, or pattern deformation—perfect for high-precision layups.
Fine Selvage Technology
We utilize 100D fine polyester threads for selvedge locking, ensuring edges do not protrude and resin distributes evenly during molding.
JiLin Carbon
Fabric Weaving &
Texturing
Texturing
Engineered for Composite Manufacturers
Carbon fiber fabric selection starts with the load direction and manufacturing process. Woven plain and twill fabrics interlace warp and weft to provide a stable reinforcement surface. Unidirectional fabric concentrates reinforcement in one direction. Multiaxial fabrics combine defined directions, such as ±45° or 0°/90°, to support the intended laminate load path.
These constructions are not interchangeable simply because their areal weights are similar. Drape, crimp, permeability, handling and ply orientation affect processing and final performance. A specification should therefore include architecture, fiber grade, tow size, areal weight, width and any stabilization or surface-treatment requirement.
Request a Custom Weaving QuoteWeaving, Tension and Fabric Stability
Controlled tow tension and yarn alignment help reduce distortion and support consistent construction. The documented JiLin fabric capability includes individual tension adjustment, clean selvages and fabric stabilization intended to reduce fraying and deformation during cutting and handling. A stable pattern is particularly useful when the fabric proceeds to prepreg impregnation or a complex lay-up.
The documented specifications include woven-fabric capability up to 2,200 mm width and multiaxial warp-knitting capability up to 2,540 mm. Available width and construction must still be confirmed for the chosen grade and areal weight. Stabilization should be reviewed with the resin system so that handling improvements do not become an untested change to laminate performance.
Match Fabric Construction to Resin and Part Geometry
Plain weave provides a compact, stable pattern, while twill can offer easier drape for some shaped surfaces. UD reinforcement is useful when a dominant load direction calls for concentrated stiffness. ±45° reinforcement is commonly considered for shear and torsion, while 0°/90° construction supports two principal directions. The final lay-up should be established by engineering analysis and test.
For infusion, evaluate permeability, resin wet-out, compaction and the sizing-resin combination. For visible automotive surfaces, assess weave appearance and pattern stability in the actual mold. For prepreg manufacturing, agree on reinforcement cleanliness, dimensional stability and resin impregnation requirements before approving a fabric.
A Practical Fabric Acceptance Specification
Record construction, tow count, areal weight, width, roll length and allowable appearance defects. The inspected lot should have consistent yarn alignment without folds, missing yarns or unacceptable gaps. A sample review can include cutting behavior, fraying, drape and a laminate trial using the intended resin.
Store dry fabrics in sealed packaging under suitable dry indoor conditions and follow the selected product's storage guidance. Avoid treating one fabric family's storage limit or mechanical test as universal. For purchasing, provide the drawing or application, ply directions, roll format, quantity and processing route so the relevant woven, UD or multiaxial options can be compared.
Quality Documentation
Request current certificate scope and validity, together with the batch documentation relevant to your selected material. Management-system certification does not replace product or application qualification.
Fabric Weaving & Texturing FAQ
What is your carbon fiber fabric production capacity and maximum weaving width?
As a leading bulk carbon fiber fabric supplier, JiLin operates over 150 advanced weaving and multiaxial warp knitting machines. We can achieve a maximum weaving width of 2200mm for standard woven fabrics and up to 2540mm for multiaxial fabrics. Our daily production capacity reaches 33,000 m² for standard 3K 200gsm carbon fiber cloth, supporting delivery planning and stable supply for large-scale OEM/ODM composite manufacturing.
How do you prevent broken filaments and ensure a consistent fabric surface for appearance-critical parts?
Tow tension control, spread-tow treatment and fuzz removal help limit broken filaments, light leakage and weave distortion. A Class-A surface is a finished-part requirement, not an unconditional guarantee from dry fabric alone. Agree on fabric inspection criteria and validate a sample with the intended resin, tooling and molding process.
What is “stabilized” carbon fiber fabric, and how does it benefit the molding process?
Stabilized carbon fiber fabric undergoes our unique adhesive spraying process during texturing. This sets the weave, providing exceptional shape retention and preventing edge fraying, distortion, or pattern deformation during cutting and handling. The stabilized fabric can be lifted by a single corner without collapsing, making it highly efficient for complex layups, RTM (Resin Transfer Molding), and prepreg manufacturing, all without negatively impacting resin wettability.
Can you weave custom carbon fiber fabrics with different tow sizes and patterns?
Yes. Our comprehensive fabric weaving capabilities cover 1K to 25K carbon fiber tows, and up to 35K/50K for warp knitting. We manufacture Unidirectional (UD), Multiaxial Non-Crimp Fabrics (MX/NCF), and Plain/Twill Woven Fabrics (CW). We also support flexible harness frame adjustments (up to 8 frames, including 4HS structures) to meet the specific structural and aesthetic requirements of aerospace, automotive lightweighting, and marine applications.
Are your woven carbon fabrics compatible with various resin systems?
Resin compatibility depends on fiber sizing, reinforcement construction and the resin system. Request the relevant grade information and validate wet-out and laminate performance with your intended resin and process. Epoxy and other matrix options should be confirmed for the selected material rather than assumed to be interchangeable.
Are UD and multiaxial fabrics both woven cloth?
Not necessarily. Woven cloth uses interlaced warp and weft, while UD and multiaxial reinforcement can use different constructions to arrange fibers in defined directions. Specify the architecture rather than relying on the word cloth alone.
Should I choose plain weave or twill for a shaped part?
Consider the mold geometry, drape, pattern appearance and handling stability. A trial lay-up is useful because fabric weight, tow size and surface treatment also affect how the reinforcement conforms.
What does fabric stabilization help with?
Stabilization can reduce pattern distortion and fraying during handling and cutting. Confirm its compatibility with the resin and forming process because the laminate must be qualified as a complete material system.
How do I compare ±45° and 0°/90° reinforcement?
Compare them against the laminate load directions: ±45° plies contribute to shear and torsional response, while 0°/90° plies reinforce two principal axes. A balanced design may combine different orientations rather than selecting only one architecture.
Can the fabric width and roll format be customized?
Width and roll format can be discussed for the required construction and quantity. Confirm actual availability and tolerances for the selected fabric instead of assuming every architecture is offered at the equipment's maximum width.
What should be checked before using fabric in infusion?
Review sizing-resin compatibility, permeability, compaction and wet-out in a representative laminate. Check the finished laminate for the agreed mechanical properties and manufacturing defects before approving production.
