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3301PA Nylon
3301PA Nylon 3D printing
3301PA Nylon is a versatile industrial-grade material designed for mainstream powder-bed powder 3d printing workflows, perfectly compatible with MJF and SLS printing technologies. It delivers dependable comprehensive mechanical properties with a well-balanced combination of structural rigidity and fracture toughness, paired with consistent dimensional accuracy throughout batch fabrication processes. Featuring ultra-low moisture absorption and robust chemical resistance, the material effectively avoids dimensional deformation and performance degradation caused by humid environments and chemical erosion. It boasts excellent printing processability, ensuring stable molding effects and high yield rates during continuous production. Ideal for functional verification samples, precision mechanical components, automotive structural parts and conventional industrial fittings, this cost-effective nylon material supports large-scale rapid manufacturing 3d printing, consistently delivering high quality 3d printing results via professional sls 3d printing service.
Product Specifications & Features
Price: Our 3D printing service starts from as low as $1.00, offering cost-effective solutions for both small-batch and mass production needs.
Technology: Parts are manufactured using advanced SLS (Selective Laser Sintering) technology, a mature and reliable industrial-grade 3D printing process ideal for producing durable nylon functional components.
Build Time: The standard production lead time is approximately 96 hours. Please note that the build duration will be extended for oversized parts, complex geometries, bulk orders, or high-volume production runs.
Color: The standard available color for this material is pure white, delivering a clean and consistent appearance for finished printed parts.
Tolerance: We maintain strict dimensional accuracy throughout the printing process. The tolerance is controlled at ±0.3mm for part dimensions within 100mm, and ±0.4% for part dimensions exceeding 100mm.
Recommended Wall Thickness: To ensure optimal structural integrity, printing stability, and consistent part quality, a minimum wall thickness of greater than 1.0mm is highly recommended.
Max Build Size: The maximum single-piece build envelope for this process is 350mm × 350mm × 400mm, supporting the production of large-scale industrial components.
Min Build Size: The minimum printable dimensions are 5mm × 5mm × 5mm for standard structures, and 10mm × 2mm × 2mm for thin-wall functional features.
Features: This material exhibits good heat resistance, high mechanical strength, excellent toughness and outstanding impact resistance, with a uniform fine grainy surface texture. Its heat deflection temperature reaches up to 140℃, ensuring stable performance under moderate elevated temperature conditions.
Applications: It is widely used in the production of industrial structural parts, precision mechanical components, load-bearing functional assemblies, electronic device housings, and a variety of high-performance functional components across multiple industries.
Material Properties
Price: Our 3D printing service starts from as low as $1.00, offering cost-effective solutions for both small-batch and mass production needs.
Technology: Parts are manufactured using advanced SLS (Selective Laser Sintering) technology, a mature and reliable industrial-grade 3D printing process ideal for producing durable nylon functional components.
Build Time: The standard production lead time is approximately 96 hours. Please note that the build duration will be extended for oversized parts, complex geometries, bulk orders, or high-volume production runs.
Color: The standard available color for this material is pure white, delivering a clean and consistent appearance for finished printed parts.
Tolerance: We maintain strict dimensional accuracy throughout the printing process. The tolerance is controlled at ±0.3mm for part dimensions within 100mm, and ±0.4% for part dimensions exceeding 100mm.
Recommended Wall Thickness: To ensure optimal structural integrity, printing stability, and consistent part quality, a minimum wall thickness of greater than 1.0mm is highly recommended.
Max Build Size: The maximum single-piece build envelope for this process is 350mm × 350mm × 400mm, supporting the production of large-scale industrial components.
Min Build Size: The minimum printable dimensions are 5mm × 5mm × 5mm for standard structures, and 10mm × 2mm × 2mm for thin-wall functional features.
Features: This material exhibits good heat resistance, high mechanical strength, excellent toughness and outstanding impact resistance, with a uniform fine grainy surface texture. Its heat deflection temperature reaches up to 140℃, ensuring stable performance under moderate elevated temperature conditions.
Applications: It is widely used in the production of industrial structural parts, precision mechanical components, load-bearing functional assemblies, electronic device housings, and a variety of high-performance functional components across multiple industries.
Measurement |
Test Method |
Value |
| Heat deflection temperature | ISO 78-1:2020 @1.8 MPa | 55°C |
| Heat deflection temperature | ISO 78-1:2020 @0.45 MPa | 147°C |
| Powder Melting Point | IS0 11357-1:2020 (10°C/min) | 184°C |
| Flexural strength | IS0 527-1:2019 | 45MPa |
| Flexural modulus | IS0 527-1:2019 | 1,500MPa |
| Izod Impact Strength (notched) | IS0 180:2019 | 5 KJ/m² |
| Izod Impact Strength (unnotched) | IS0 180:2019 | 20KJ/m² |
| Tensile modulus | IS0 527-1:2019 | 1,700 MPa |
| Tensile strength | IS0 527-1:2019 | 48 MPa |
| Elongation at break | IS0 527-1:2018 | 30% |
