English
French
Deutsch
العربية
Español
Русский
にほんご
Português
한국어
PA11-HP Nylon
PA11-HP Nylon 3D printing
PA11-HP Nylon is a premium bio-based powder 3d printing material built for demanding industrial additive manufacturing scenarios. It delivers exceptional comprehensive mechanical performance, featuring superior toughness, strong impact resistance and reliable low-temperature crack resistance, ensuring structural integrity even in frigid working environments. The material also offers excellent wear resistance, anti-aging properties and chemical corrosion resistance, supporting long-term cyclic operation under complex industrial conditions. Manufactured from sustainable bio-based raw materials, this eco-friendly nylon variant reduces carbon footprint while maintaining outstanding dimensional stability and perfectly balanced mechanical properties. It consistently produces precise, dimensionally stable parts with uniform mechanical performance, enabling top-tier high quality 3d printing results. Widely used for robust functional structural components, industrial equipment parts, durable 3d printing prototype samples and low-volume batch rapid manufacturing 3d printing, it is an ideal sustainable alternative to conventional petroleum-based nylon materials.
Product Specifications & Features
Price: Starting from $1.00
Technology: Manufactured using MJF (Multi Jet Fusion) technology, a high-precision industrial-grade 3D printing process designed for consistent, high-quality production of functional end-use parts.
Build Time: Standard lead time is approximately 72 hours. Please note that build time will be extended for oversized parts, complex geometries, bulk orders, or high-volume production runs.
Color: Available in two standard options: Black and Natural Gray
Tolerance: Dimensional accuracy is strictly controlled at ±0.3mm for part dimensions within 100mm, or ±0.4% for part dimensions exceeding 100mm.
Recommended Wall Thickness: For optimal structural integrity, print stability, and consistent part quality, a minimum wall thickness of > 1.0mm is highly recommended.
Max Build Size: Single-piece maximum build envelope: 370mm × 276mm × 360mm
Min Build Size: Minimum printable dimensions: 5mm × 5mm × 5mm (standard) or 10mm × 2mm × 2mm (thin-wall features)
Advantages: This material delivers outstanding heat resistance, exceptional toughness, superior chemical stability, and excellent impact resistance. Its heat deflection temperature reaches up to 185℃, ensuring reliable performance under elevated temperature conditions.
Features: Parts produced with this material feature a distinctive, fine grainy surface finish with clear, uniform particulate patterns typical of MJF printing technology.
Applications: Perfectly suited for manufacturing industrial structural components, snap-fit assembly parts, high-performance sporting goods, durable electronic device housings, and a wide range of high-stress functional components across various industries.
Material Properties
Price: Starting from $1.00
Technology: Manufactured using MJF (Multi Jet Fusion) technology, a high-precision industrial-grade 3D printing process designed for consistent, high-quality production of functional end-use parts.
Build Time: Standard lead time is approximately 72 hours. Please note that build time will be extended for oversized parts, complex geometries, bulk orders, or high-volume production runs.
Color: Available in two standard options: Black and Natural Gray
Tolerance: Dimensional accuracy is strictly controlled at ±0.3mm for part dimensions within 100mm, or ±0.4% for part dimensions exceeding 100mm.
Recommended Wall Thickness: For optimal structural integrity, print stability, and consistent part quality, a minimum wall thickness of > 1.0mm is highly recommended.
Max Build Size: Single-piece maximum build envelope: 370mm × 276mm × 360mm
Min Build Size: Minimum printable dimensions: 5mm × 5mm × 5mm (standard) or 10mm × 2mm × 2mm (thin-wall features)
Advantages: This material delivers outstanding heat resistance, exceptional toughness, superior chemical stability, and excellent impact resistance. Its heat deflection temperature reaches up to 185℃, ensuring reliable performance under elevated temperature conditions.
Features: Parts produced with this material feature a distinctive, fine grainy surface finish with clear, uniform particulate patterns typical of MJF printing technology.
Applications: Perfectly suited for manufacturing industrial structural components, snap-fit assembly parts, high-performance sporting goods, durable electronic device housings, and a wide range of high-stress functional components across various industries.
Measurement |
Test Method |
Value |
| Tensile strength, max load, XY | ASTM D638 | 52 MPa/7542 psi |
| Tensile strength, max load, Z | ASTM D638 | 52 MPa/7542 psi |
| Tensile modulus, XY | ASTM D638 | 1800 MPa/261 ksi |
| Tensile modulus, Z | ASTM D638 | 1800 MPa/261 ksi |
| Elongation at break, XYZ | ASTM D638 | 50% |
| Flexural strength, XY | ASTM D790 | 70 MPa/10150 psi |
| Flexural strength, Z | ASTM D790 | 70 MPa/10150 psi |
| Flexural modulus, XY | ASTM D790 | 1650 MPa/240 ksi |
| Flexural modulus, Z | ASTM D790 | 1700 MPa/246 ksi |
| Izod impact notched (@ 3.2 mm, 23°C), XY | ASTM D256 Test Method A | 6 kJ/m² |
| Izod impact notched (@ 3.2 mm, 23°C), Z | ASTM D256 Test Method A | 5 kJ/m² |
| Heat deflection temperature (@ 0.45 MPa, 66 psi), XYZ | ASTM D648 Test Method A | 185°C/365°F |
| Heat deflection temperature (@ 1.82 MPa, 264 psi), XYZ | ASTM D648 Test Method A | 54°C/129°F |
