PA12-CF40 | 40% Carbon Fiber Reinforced Polyamide 12

PA12-CF40 is a high strength, high-stiffness engineering thermoplastic that integrates the excellent chemical resistance, low moisture absorption, and inherent flexibility of Polyamide 12 (PA12) with a robust 40% short carbon fiber reinforcement. Designed for extreme mechanical and thermal performance, this advanced composite offers exceptional tensile and flexural strength, dimensional stability, and fatigue resistance—making it ideal for structural components in automotive, aerospace, machinery, and electronics industries.

The high carbon fiber content forms a dense internal reinforcement structure that significantly increases the material’s load bearing capacity, rigidity, and thermal deflection properties, while still offering a substantial weight reduction compared to metals. PA12-CF40 is a reliable substitute for aluminum or other lightweight metals in demanding applications where strength to weight ratio and long term durability are critical.

Key Advantages of PA12-CF40

Mechanical Strength

Carbon Fiber Content: 40% (Short carbon fiber)

Tensile Strength: ≥ 120 MPa

Flexural Strength: ≥ 170 MPa

Impact Strength: ≥ 11 kJ/m²
→ Reinforced for heavy duty applications, PA12-CF40 resists deformation, fatigue, and failure under prolonged or cyclic loads.

Thermal Performance

Heat Deflection Temperature (HDT): ~175°C

Continuous Use Temperature: Up to 110°C
→ Ideal for hot zones in engine compartments, industrial machinery, or thermal enclosures.

Environmental & Chemical Resistance

Moisture Absorption: Extremely low – excellent dimensional control in wet, humid, or outdoor conditions

Chemical Resistance: Excellent against automotive fluids, fuels, industrial oils, and solvents
→ Suitable for chemically aggressive and fluctuating environments.

Processing Characteristics

Molding Methods: Injection molding, extrusion

Surface Finish: Matte, uniform texture – some visible fiber pattern possible due to high CF content

Tooling Requirements: Hardened steel tools recommended; use moderate shear rates and uniform temperature control to maintain fiber integrity

Target Applications for PA12-CF40

Automotive:

Structural mounts and brackets near engines

Battery and inverter enclosures in EVs

Under-hood sensor housings
→ Delivers high mechanical strength with reduced weight and excellent heat resistance.

Aerospace:

Load bearing interior and equipment mounts

Precision enclosures for avionics systems
→ High fatigue resistance with excellent dimensional stability under vibration and thermal stress.

Industrial Machinery:

Structural machine parts and mechanical couplings

High-wear components such as bushings, wear plates, and gears
→ Capable of supporting heavy dynamic loads under extended operation.

Electronics & Power Tools:

Reinforced frames for rugged electronic systems

High impact resistant casings for handheld or outdoor devices
→ Strong, thermally stable, and durable under mechanical and environmental stress.

Sports & Outdoor Gear:

Drone arms, sporting goods frames, protective gear components
→ Maximizes performance through stiffness, strength, and weight savings.

Performance Summary Table

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