Custom-Shaped Carbon Fiber Rod

Still deciding? Get samples of $ !
Order Sample

Product Description

i

Basic Specifications

Performance
High-Strength Type
State
Carbon Fiber Rod
Mechanical Property
High-Performance Type
Transport Package
Carton and Pallet
Specification
1mm, 2mm or customized
HS Code
6815120000
Production Capacity
10000m2/Month
Package Size
110.00cm * 40.00cm * 40.00cm
1

Product Description

Carbon fiber rods are solid cylindrical structures made from carbon fiber reinforced polymer (CFRP) composites. Similar to carbon fiber tubes, they offer exceptional strength, stiffness and lightweight. However, unlike tubes, the rods do not have a hollow center and are used for different purposes.

The manufacturing process involves impregnating carbon fiber bundles with resin and then subjecting them to heat and pressure to cure the composite. The pultruded carbon fiber rods exhibit excellent mechanical properties and can be machined or cut to desired lengths, allowing for customization based on specific requirements.

Carbon Fiber Rod Display
Carbon Fiber Rod Detail
2

Technical Data Sheet

Physical Properties

Parameter Details Test Method / Note
Diameter.472" & .625" +/- .005", .750"+/-.008"Caliper
Straightness.080" total indicator runout over 24" spanFor reference
ColorNatural dark gray to blackVisual
Composite Type0° unidirectional orientationStructural
Fiber Type33 to 35 MSI standard modulusCarbon Fiber
Fiber Volume.472" & .625" 60%, .750" 55%+/-5%

Mechanical Properties

Property Value (Imperial / Metric)
Tensile Strength250 ksi / 1.72 GPa
Tensile Modulus20.0 msi / 138 GPa
Flexural Strength265 ksi / 1.83 GPa
Flexural Modulus19.0 msi / 131 GPa
Density.054 lbs/in3 / 1.5g /cm3
3

Advantages

Advantage Display 1
Advantage Display 2
  • Exceptionally rigid and high dimensional stability
  • UV resistant and high corrosion resistance
  • Very low thermal expansion (8x lower than steel)
  • High axial strength and stiffness with parallel fiber alignment
  • Smooth surface with tightly controlled dimensions
4

Typical Uses & Manufacturing

Carbon fiber rods are an excellent choice for lightweight frame constructions, aerospace spars, UAV components, and structural supports. They perform particularly well in bending and axial tension or compression applications.

  • Aerospace Spars & Beams / UAV Components
  • Robotics & Automation Equipment
  • Radio-Controlled (RC) Planes & Helicopters
  • Structural Space Frames and Trusses

Manufacturing Process:

Produced via Pultrusion: Continuous carbon fibers are pulled through heated forming dies while saturated with epoxy resin. This ensures constant cross-sections and high fiber density.

!

Technical Notes & Shipping

Cutting Note: The best way to cut carbon fiber rod is with a high-speed rotary tool and a diamond cutoff wheel. Taping the cut area beforehand helps prevent splintering.

Shipping: This product is not classed as dangerous goods and can be shipped to all destinations without restriction. No package size surcharges apply.

Packaging View 1
Packaging View 2
?

Why Choose Us?

  • Professional sales team providing competitive pricing.
  • Extensive production experience since 2012.
  • Low MOQ: Starting from 1 piece.
  • Global supply chain experience (USA, Europe, Asia).
  • Fast delivery: 3-7 days for sample orders.

Frequently Asked Questions

1. Can I paint the pultrusions? Yes. If you need to paint them, use a fine abrasive paper (1200 grit) for light keying, followed by a thorough degrease with a mild detergent or alcohol wipe.
2. Are these carbon fiber rods magnetic? No, these pultrusions are non-magnetic.
3. Are they made from high modulus carbon fibers? No, these specific pultrusions are manufactured using standard modulus fibers.
4. Is it possible to cut a thread into carbon fiber rods? Unfortunately, no. The composite nature of the material means thread teeth cannot take load and would break during turning or use.
5. Can these rods be used with linear bearings? They will work, but carbon is not as hard as aluminum and may wear faster in high-load or high-usage scenarios.
6. What is the maximum heat tolerance (HDT)? The Heat Deflection Temperature (HDT) for these pultrusions is 80°C.

Related Products