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PA12-CF Plastic
PA12-CF Plastic 3D printing material
PA12-CF is carbon fiber reinforced polyamide 12 material. It owns ultra-high strength, excellent rigidity, lightweight property and outstanding wear resistance. It features low moisture absorption, great chemical stability and high temperature resistance. With stable dimensional performance, it is widely used for high-strength structural parts, mechanical functional components, automotive lightweight parts, aerospace accessories and industrial precision parts.
Product Specifications & Features
Price: Our professional PA12-CF carbon fiber nylon 3D printing service starts at a competitive price of $3.00, offering cost-effective high-performance manufacturing solutions for diverse industrial projects.
Technology: All products are fabricated via mature and stable FDM (Fused Deposition Modeling) 3D printing technology, ensuring uniform material extrusion, firm layer bonding and consistent finished part quality.
Build time: The standard production lead time is set at 72 hours. Delivery time will be appropriately extended for large-quantity batch orders to ensure strict quality control and precise production standards.
Colors: This carbon fiber reinforced material is only available in classic black color with stable color tone and pure texture effect.
Tolerance: We maintain precise dimensional accuracy throughout production process. The dimensional tolerance reaches ±0.3mm for parts within 100mm, and keeps deviation within 0.4% for oversized components.
Wall thickness: The recommended optimal wall thickness for stable printing and sufficient structural strength is 1.6mm; the absolute minimum printable wall thickness is 1.2mm for lightweight structural designs.
Maximum build size: The maximum available printing dimension is 580mm × 480mm × 480mm, which meets the production demand of large-scale industrial functional components.
Minimum build size: The minimum supported printing dimension is 30mm × 30mm × 15mm, perfectly suitable for making small precision functional accessories.
Heat deflection temp: It owns an excellent heat deflection temperature up to 105 ℃, enabling long-term stable use in medium and high temperature working environments.
Strengths: This material is highly durable, equipped with outstanding high temperature resistance, excellent toughness and balanced comprehensive mechanical properties. PA12-CF refers to carbon fiber reinforced PA12 Nylon 12 printing filament. Benefiting from the low moisture absorption feature of original PA12 material, this composite filament can still maintain stable and excellent mechanical performance and thermal stability even after being affected by ambient humidity.
Weaknesses: Finished parts present natural layered textured surface brought by FDM printing process. Nevertheless, its surface touch feeling is visibly smoother compared with common printing materials such as ABS, ASA and PLA.
Applications: Widely applicable for high-strength functional prototypes, mass-produced practical parts, automotive structural components, household appliance accessories and various consumer electronic structural parts.
Material Properties
Price: Our professional PA12-CF carbon fiber nylon 3D printing service starts at a competitive price of $3.00, offering cost-effective high-performance manufacturing solutions for diverse industrial projects.
Technology: All products are fabricated via mature and stable FDM (Fused Deposition Modeling) 3D printing technology, ensuring uniform material extrusion, firm layer bonding and consistent finished part quality.
Build time: The standard production lead time is set at 72 hours. Delivery time will be appropriately extended for large-quantity batch orders to ensure strict quality control and precise production standards.
Colors: This carbon fiber reinforced material is only available in classic black color with stable color tone and pure texture effect.
Tolerance: We maintain precise dimensional accuracy throughout production process. The dimensional tolerance reaches ±0.3mm for parts within 100mm, and keeps deviation within 0.4% for oversized components.
Wall thickness: The recommended optimal wall thickness for stable printing and sufficient structural strength is 1.6mm; the absolute minimum printable wall thickness is 1.2mm for lightweight structural designs.
Maximum build size: The maximum available printing dimension is 580mm × 480mm × 480mm, which meets the production demand of large-scale industrial functional components.
Minimum build size: The minimum supported printing dimension is 30mm × 30mm × 15mm, perfectly suitable for making small precision functional accessories.
Heat deflection temp: It owns an excellent heat deflection temperature up to 105 ℃, enabling long-term stable use in medium and high temperature working environments.
Strengths: This material is highly durable, equipped with outstanding high temperature resistance, excellent toughness and balanced comprehensive mechanical properties. PA12-CF refers to carbon fiber reinforced PA12 Nylon 12 printing filament. Benefiting from the low moisture absorption feature of original PA12 material, this composite filament can still maintain stable and excellent mechanical performance and thermal stability even after being affected by ambient humidity.
Weaknesses: Finished parts present natural layered textured surface brought by FDM printing process. Nevertheless, its surface touch feeling is visibly smoother compared with common printing materials such as ABS, ASA and PLA.
Applications: Widely applicable for high-strength functional prototypes, mass-produced practical parts, automotive structural components, household appliance accessories and various consumer electronic structural parts.
Measurement |
Test Method |
Value |
| Heat deflection temperature | ISO75 1.8MPa | 105°C |
| Glass transition temperature | DSC, 10°C /min | 108°C |
| Melting temperature | DSC, 10°C /min | 165°C |
| Flexural strength | ISO 178 | 114.1MPa |
| Flexural modulus | ISO 178 | 3,532MPa |
| Impact strength notched Izod | ISO 179 | 12.1KJ/m² |
| Young's modulus | ISO 527 | 3748MPa |
| Tensile strength | ISO 527 | 69.3MPa |
| Elongation at break | ISO 527 | 2.9% |
