11oz 6K 2x2 Twill Weave Carbon Fiber - 1st Quality

11 oz0°/90°50" wide

1 4

Boat Suppliers

11oz 6K 2x2 Twill Weave Carbon Fiber - 1st Quality

SKU:FG-CF61150-01

$63.95 USD

$63.95 USD ~~USD~~

$63.95 yd

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In stock

Width: 50"

50"

Length: 1 Yard

1 Yard 3 Yard Roll 5 Yard Roll 10 Yard Roll 25 Yard Roll Full Roll (100 Yards)

Quantity

Key Specs

Weight: 11 oz/yd² (373 g/m²)
Fiber Angle: 0°/90° (woven)
Widths: 50 in
Compatible Resins: Epoxy, Polyester, Vinyl Ester
Resin Needed: About 18 oz per yard, waste included
Ships: Rolled, never folded

Heavy twill carbon: 11 oz/yd² woven from 6K tow in a 2x2 twill, 50 in wide, first quality. The larger tow makes a bolder diagonal pattern than 3K cloth and builds thickness faster, so a structural skin or a stiffening panel comes together in fewer plies. Twill still drapes over curves that would tent a plain weave.

11 oz/yd², 6K tow, 2x2 twill, 0/90 orientation
50 in wide, first quality
Builds laminate thickness quickly, fewer plies for a given skin
Drapes better than plain weave over compound curves
Cut to 1, 3 and 10 yards, or take the full roll (100 yards)

Run it in epoxy. If you want the same twill look in a lighter, finer weave for a show surface, the 5.7 oz 3K 2x2 twill is the one to reach for.

Specifications

Fiber Type: High-strength carbon fiber (6K tow)
Weave Style: 2×2 Twill
Fabric Weight: 11 oz/yd² (373 gsm)
Width: 50″ (1.27 m)
Thickness: ≈ 0.020″ (0.50 mm)
Tensile Strength: ≈ 500 KSI
Tensile Modulus: ≈ 33 MSI
Density: 1.8 g/cm³
Finish: Sizing compatible with epoxy, vinyl ester, and polyester resins
Roll Length: Sold by the linear yard (continuous when possible)

Includes

11oz 6K Carbon Fiber Twill Weave By The Yard

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Technical Specifications

Carbon Fiber2x2 TwillWorks with Epoxy, Polyester, Vinyl Ester

MaterialCarbon Fiber

Weight11 oz/yd² (373 g/m²)

Weave / Construction2x2 Twill

Fiber Orientation0°/90° (woven)

Tow Size6K

Thickness0.017"

Available Widths50"

Full Roll Length100 yd

Resin-to-Reinforcement Ratio~50:50 by weight (≈1:1)

Compatible ResinsEpoxy, Polyester, Vinyl Ester

Best ForHeavier carbon build, larger weave

Compare Fabrics

Product	11oz 6K 2x2 Twill Weave Carbon Fiber - 1st QualityYou're viewingfrom $63.95	5.7oz 3K Plain Weave Carbon Fiber Fabric - 1st Qualityfrom $56.95	5.7oz 3K 2x2 Twill Weave Carbon Fiber Fabric - 1st Qualityfrom $56.95	6oz 3K 2x2 Twill Carbon Fiber Fabric – Stabilizedfrom $60.95
Material	Carbon Fiber	Carbon Fiber	Carbon Fiber	Carbon Fiber
Weight	11 oz/yd² (373 g/m²)	5.7 oz/yd² (193 g/m²)	5.7 oz/yd² (193 g/m²)	6 oz/yd² (203 g/m²)
Weave	2x2 Twill	Plain weave	2x2 Twill	2x2 Twill (veil-stabilized)
Orientation	0°/90° (woven)	0°/90° (woven)	0°/90° (woven)	0°/90° (woven)
Tow Size	6K	3K	3K	3K
Thickness	0.017"	0.010"	0.010"	0.011"
Widths	50"	50"	50", 60"	50"
Full Roll	100 yd	100 yd	100 yd	100 yd
Thread Count	—	12.5 × 12.5	12 × 12	13 × 13
Resin Ratio	~50:50 by weight (≈1:1)	~50:50 by weight (≈1:1)	~50:50 by weight (≈1:1)	~50:50 by weight (≈1:1)
Resins	Epoxy, Polyester, Vinyl Ester	Epoxy, Polyester, Vinyl Ester	Epoxy, Polyester, Vinyl Ester	Epoxy, Polyester, Vinyl Ester
Best For	Heavier carbon build, larger weave	Cosmetic and structural carbon skins (uniform look)	Cosmetic carbon parts (classic 2x2 twill look)	Easy-handling cosmetic twill (veil-stabilized)
	Selected	View	View	View

What To Expect When You Order Fabric Rolls

11 oz 6K 2x2 twill weave carbon fiber unrolled on a table, bold diagonal pattern with a fringed edge and white edge thread

What is carbon fiber?

Carbon fiber is a high-strength, lightweight material made from thin strands of carbon. It’s used in aerospace, marine, automotive, sporting goods, and composite construction for its superior strength-to-weight ratio.

Can carbon fiber be used with epoxy resin?

Yes, epoxy resin is the most commonly used resin with carbon fiber, providing a strong, durable bond for structural and cosmetic applications.

How strong is carbon fiber fabric?

Carbon fiber has a tensile strength around 500,000 psi and is roughly five times stronger than steel by weight, which is why it is used where stiffness and low weight both matter. Real-world laminate strength depends on resin, fiber orientation, and layup quality, so a strong carbon panel comes from good wet-out and proper ply orientation, not the fabric alone.