Composite Resources

• OD Range050 in. to .75 in.
• Standard Length96.00 +/- .125 in.

At Composite Resources, we take great pride in offering exceptional Carbon Fiber Composite Solid Rods from our AS9100C and ISO 9001:2008-certified quality facility. Our rods are manufactured from a solid pultruded uni-directional carbon fiber prepreg. Remarkably, our rods come in at only a fraction of the weight of comparably sized conventional structural metal rods. And, they deliver excellent tensile strength, durability and stiffness.Pultruded Carbon Fiber Rod composed of high-strength continuous unidirectional carbon fiber embedded in a binding resin matrix

• ID Range625 in. to 2.00 in.
• D Range.679 in. to 2.162 in.
• Standard Length72.00 +/- .125 in.

Roll Wrapped Carbon Fiber Tubing composed of high strength 2x2 twill carbon fiber with a binding matrix of epoxy. Outperforming conventional structural metals, our carbon fiber tubing provides incredible tensile strength at a fraction of the weight.

• Length12 in., 24 in.
• Width12 in., 24 in.

We manufacture our top-quality Carbon Fiber Composite Sheet Stock from high tensile-strength twill carbon fiber fabric prepreg. for a beautifully smooth and sleek matte finish on both sides. Our carbon fiber sheet is composed of high strength 2x2 twill carbon fiber fabric and a binding matrix of epoxy. Count on our sheets to provide incredible strength and stiffness, outperforming conventional structural metals.

• Leg Length1.00 in., 1.50 in., 2.00 in.
• Wall Thickness0.027 in., 0.054 in., 0.081 in.

All Composite Resources takes pride in offering you a wide range of Stock Carbon Fiber Composite Angles. Our Stock Carbon Fiber Composite Angles are constructed of high strength twill carbon fiber fabric prepreg, making them extremely lightweight and providing excellent stiffness and tensile strength characteristics. Composed of high strength 2x2 twill carbon fiber fabric and a binding matrix of epoxy. Our carbon fiber angle is lightweight, while still providing incredible tensile strength and stiffness.