Raise3D PA NEXT Black Powder 10kg

Raise3D PA NEXT Black Powder 10kg Raise3D PA NEXT Black Powder is a next-generation SLS 3D printing material engineered for superior toughness and exceptional isotropic performance. With 4-5x higher elongation at break compared to standard PA12, ultra-high powder flowability, and near-perfect isotropic mechanical properties (XYZ deviation within 1 MPa), PA NEXT is the ideal choice for dynamic load-bearing parts, flex-resistant components, and complex structures requiring multi-directional strength. Benefits: Exceptional toughness Ultimate isotropy Superior powder flowability High reuse rate Balanced mechanical properties Easy to print Applications: Industrial dynamic load-bearing components: pneumatic/hydraulic hose connectors, wear-resistant gears, elastic clips, robotic end-effectors. Automotive chemical-resistant structural parts: fuel/lubricant line brackets, small load-bearing chassis components, door hinge auxiliaries. Precision load-bearing structural components: high-strength electronic device brackets, industrial connector housings, automation equipment transmission parts. Custom tooling and fixtures: new energy battery assembly jigs, 3C product inspection fixtures. Outdoor/low-temperature accessories: small outdoor mechanical parts, cold-climate precision components. Safety Data Sheet Specifications Mechanical Properties Property Testing Method Typical Values (X-Direction) Typical Values (Y-Direction) Typical Values (Z-Direction) Tensile Strength (MPa) ISO 527-2 45 46 45 Elongation at Break (%) ISO 527-2 36 35 30 Tensile Modulus (MPa) ISO 527-2 1590 1670 1660 Flexural Strength (MPa) ISO 178 55.1 53.15 49.05 Flexural Modulus (GPa) ISO 178 1450 1530 1335 Impact Strength / notched A (kj/㎡) ISO 179-2 2.89 2.48 2.54 Unnotched Charpy impact strength (kj/㎡) ISO 179-2 35.58 32.36 34.07 Shore Hardness D ISO 868-2003 79.5 80 80 Thermal Properties Property Testing Method Typical Values (X-Direction) Typical Values (Y-Direction) Typical Values (Z-Direction) Heat Deflection Temperature@0.45 MPa(℃) ISO 75-2 156.5 145.1 147.8 Heat Deflection Temperature@1.8 MPa(℃) ISO 75-2 48.3 45.3 48 VICAT Softening Temperature/10N(℃) ISO 306 170.3 171 171 VICAT Softening Temperature/50N(℃) ISO 306 152 154.4 154.4 Other Properties Property Testing Method Typical Values Powder Color / Black Density (g/cm3 ) ISO 1183.1-2004 1.065 Powder Bed Density (g/cm3 ) / 0.492 Bulk Density (g/cm3 ) ISO 60/ ASTM D1895/ GB-T 5162 0.66 Specifications Mechanical Properties Property Testing Method Typical Values (X-Direction) Typical Values (Y-Direction) Typical Values (Z-Direction) Tensile Strength (MPa) ISO 527-2 45 46 45 Elongation at Break (%) ISO 527-2 36 35 30 Tensile Modulus (MPa) ISO 527-2 1590 1670 1660 Flexural Strength (MPa) ISO 178 55.1 53.15 49.05 Flexural Modulus (GPa) ISO 178 1450 1530 1335 Impact Strength / notched A (kj/㎡) ISO 179-2 2.89 2.48 2.54 Unnotched Charpy impact strength (kj/㎡) ISO 179-2 35.58 32.36 34.07 Shore Hardness D ISO 868-2003 79.5 80 80 Thermal Properties Property Testing Method Typical Values (X-Direction) Typical Values (Y-Direction) Typical Values (Z-Direction) Heat Deflection Temperature@0.45 MPa(℃) ISO 75-2 156.5 145.1 147.8 Heat Deflection Temperature@1.8 MPa(℃) ISO 75-2 48.3 45.3 48 VICAT Softening Temperature/10N(℃) ISO 306 170.3 171 171 VICAT Softening Temperature/50N(℃) ISO 306 152 154.4 154.4 Other Properties Property Testing Method Typical Values Powder Color / Black Density (g/cm3 ) ISO 1183.1-2004 1.065 Powder Bed Density (g/cm3 ) / 0.492 Bulk Density (g/cm3 ) ISO 60/ ASTM D1895/ GB-T 5162 0.66