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Aksa Carbon |

Pultruded Laminates

Pultruded Laminates: Continuous Strength, Consistent Performance

Aksa Carbon pultruded laminates are continuous fiber-reinforced composites engineered for exceptional strength, stiffness, and dimensional accuracy. Produced through a fully automated pultrusion process, these laminates deliver consistent quality and mechanical reliability across every meter of material.

Aksa Carbon |
Aksa Carbon |

Using our own high-performance carbon fibers and resin systems, we achieve superior fiber alignment, low void content, and optimized fiber volume fraction — key factors in achieving outstanding tensile, flexural, and fatigue properties.

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Technical Specifications

Aksa Carbon pultruded laminates are available in a variety of widths and resin matrices, tailored for applications in aerospace, automotive, energy, construction, and industrial systems that demand high load-bearing capability and long-term stability.

Engineered for precision and performance, our pultruded laminates combine material science and process control — delivering structural integrity you can rely on.

Aksa Carbon Pultruded Laminates are the (0.193 in) 4.9mm thick laminates designed for structural strengthening and superior performance in wind, infrastructure, marine, transportation and other applications. This profile provides excellent mechanical properties resulting in lightweight durable material for structural and functional purposes.

  • Good translation of standard modulus Aksaca® fiber properties.
  • Corrosion resistant
  • The shelf life is 4 year at storage conditions.

CFR Laminates

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Parameter Value Unit Value Unit Width (mm / inch)
Fiber type Carbon (A42 24K/A42 30K) – Carbon (A42 24K/A42 30K) – 83
105
120
Resin type Polyurethane – Polyurethane –
Fiber orientation Longitudinal – Longitudinal –
Peel ply type Black with Peel Ply tracer yarns visible on the surface – Black with Peel Ply tracer yarns visible on the surface –
Appearance*1 Black – Black –
Length*2 min: 100 / max: 300 m min: 328 / max: 984 ft
Thickness min: 4.9 / max: 5.0 mm min: 0.193 / max: 0.197 Ounce/inch
Linear weight*3 640 – 950 g/m 0.573 – 0.900 Ounce/inch
Moisture Retention @ 60 days 1 % 1 %

Laminate Properties

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Test Direction Method Unit 83 mm 105 mm 120 mm
Fiber volume fraction – DIN EN 2564 % 65 60 70
Density – ISO 2811-2 g/cm3 1.59 1.58 1.62
lb/in3 0.059 0.058 0.06
Flexural modulus 0° DIN EN ISO 14125 GPa 140 135 142
Mpsi 21 19.5 20.5
Flexural strain to failure*3 0° DIN EN ISO 14125 % * 0.85 0.85
Transverse flexural strength 90° DIN EN ISO 14125 MPa 90 110 85
ksi 13.05 15.95 12.33
Tensile modulus 0° DIN EN ISO 527-5 GPa 161 150 163
Mpsi 23 22 24
Tensile strength 0° DIN EN ISO 527-5 MPa 1800 1700 1900
ksi 260 245 275
Tensile strain to failure*3 0° DIN EN ISO 527-5 % 1.1 1.05 1.05
Compressive modulus 0° DIN EN ISO 14126 GPa 138 134 142
ksi 20 19 21
Compression strength 0° DIN EN ISO 14126 MPa 1140 1025 1155
ksi 165 149 167
Compressive strain to failure*3 0° DIN EN ISO 14126 % 0.85 0.85 0.74

 

*3 These values must be adapted to local design regulations as necessary and depend on the user’s structure design structure and load param- eters. Mechanical values are obtained in o° longitudinal direction of the fiber (except for Transverse Flexural Strength and Transverse Tensile Strength).

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