6oz 3K 2x2 Twill Carbon Fiber Fabric – Stabilized

SKU:CFX6650-01

$60.95 USD

$60.95 yd

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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

Standard 2x2 twill carbon at 6 oz per square yard on 3K tow, with a lightweight veil bonded to the back. The veil is the whole point: it holds the weave in place while you cut, so a 45 degree bias cut comes off the table with a clean edge instead of unraveling in your hands. If you are cutting a lot of odd shapes or working with a pattern, this is the easier fabric to handle.

Where it goes: cosmetic skins and panels with intricate cut shapes, bias-cut plies, kit cutting.
Orientation matters: lay the veil side toward the non-cosmetic face so the twill shows on the finish surface.
Build rate: 0.011 in per ply, thread count 13.5 by 13.5.
Resin demand: roughly 50:50 resin to fiber by weight, about 0.7 oz per square foot.
Resin compatibility: epoxy, polyester and vinyl ester.

The veil adds a little resin uptake compared with bare twill. Not enough to matter on a cosmetic part, worth accounting for on a weight-critical layup.

Specifications

Weight:

6osy (210gsm)

Weave:

2x2 Twill

Tow Size:

3K WARP 3K FILL

Thread Count:

13x13 per inch

This cloth is the popular 2x2 TWILL weave pattern that is common for many cosmetic carbon fiber parts.

This fabric contains a VEIL stabilizer on the back side which holds the weave of the cloth together when cutting complex shapes. This allows you to cut diagonal across the weave without the fibers coming apart.
Always lay this fabric with the stabilized side being the non-cosmetic side

Includes

Stabilized

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Technical Specifications

Carbon Fiber2x2 Twill (veil-stabilized)Works with Epoxy, Polyester, Vinyl Ester

MaterialCarbon Fiber

Weight6 oz/yd² (203 g/m²)

Weave / Construction2x2 Twill (veil-stabilized)

Fiber Orientation0°/90° (woven)

Tow Size3K

Thickness0.011"

Available Widths50"

Full Roll Length100 yd

Thread Count13 × 13

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

Compatible ResinsEpoxy, Polyester, Vinyl Ester

Best ForEasy-handling cosmetic twill (veil-stabilized)

Compare Fabrics

Product	6oz 3K 2x2 Twill Carbon Fiber Fabric – StabilizedYou're viewingfrom $60.95	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	5.7oz 3K 2x2 Twill Carbon Fiber Fabric - Discount Short Rollfrom $39.50
Material	Carbon Fiber	Carbon Fiber	Carbon Fiber	Carbon Fiber
Weight	6 oz/yd² (203 g/m²)	5.7 oz/yd² (193 g/m²)	5.7 oz/yd² (193 g/m²)	5.7 oz/yd² (193 g/m²)
Weave	2x2 Twill (veil-stabilized)	Plain weave	2x2 Twill	2x2 Twill
Orientation	0°/90° (woven)	0°/90° (woven)	0°/90° (woven)	0°/90° (woven)
Tow Size	3K	3K	3K	3K
Thickness	0.011"	0.010"	0.010"	0.010"
Widths	50"	50"	50", 60"	50"
Full Roll	100 yd	100 yd	100 yd	100 yd
Thread Count	13 × 13	12.5 × 12.5	12 × 12	—
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	Easy-handling cosmetic twill (veil-stabilized)	Cosmetic and structural carbon skins (uniform look)	Cosmetic carbon parts (classic 2x2 twill look)	Cosmetic carbon parts (classic 2x2 twill look)
	Selected	View	View	View

What To Expect When You Order Fabric Rolls

6oz x 50 inch wide 2x2 Twill Stabilized Carbon Fiber

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.