BASF Ultrasint PA11

BASF

This product could be delivered in a period exceeding the standard.

New product

1 320,00 €
1 320,00 €

Ask for information

Bio-based PA11 powder with excellent mechanical properties, compatible with many SLS 3D printers.

The Ultrasint PA11 powder belongs to the BASF Ultrasint portfolio of high performance and easy-to-use 3D printing powders for versatile applications. The PA11 powder is a biobased material derived from sustainable castor oil, which makes it an interesting eco-friendly alternative to PA12 with superior mechanical performance and a refresh rate of 60/40.

Parts 3D printed with Ultrasint PA11 show a higher elongation at break than PA12 at a similar tensile strength, higher impact strength and more isotropic material properties, being able to withstand high mechanical loads without splintering.

The Ultrasint PA11 powder and a part 3D printed with it

Image 1: The Ultrasint PA11 powder and a part 3D printed with it. Source: BASF.

The Ultrasint PA11 powder is certified for skin contact (see Downloads section), UV stability and temperature performance, and safe for food contact. Specific data on the electrical properties (e.g. volume resistivity, surface resistivity) and chemical properties (e.g. resistance against particular substances) of this material can be provided by BASF upon request.

A housing 3D printed with the Ultrasint PA11 powder

Image 2: A housing 3D printed with the Ultrasint PA11 powder. Source: BASF.

The surface of parts 3D printed with the Ultrasint PA11 powder can be easily post-processed for a more aesthetic customer-facing look by means of chemical smoothing, coating or dyeing. Chemical smoothing will improve material performance while enhancing the appeal, durability, surface roughness and overall quality, giving them a look and feel comparable to injection molding. Coating of parts made with Ultrasint PA11 can be done with the help of BASF's Ultracur3D Coat F+ and Ultracur3D Hardener F+. Parts made with Ultrasint PA11 can also be liquid dyed to reach all surfaces of the part, including small cavities, lattices and hollowed parts.

A clamp 3D printed with BASF Ultrasint PA11

Image 3: A clamp 3D printed with BASF Ultrasint PA11. Source: BASF.

Ultrasint PA11 can be used on most open-source industrial SLS 3D printers such as Prodways' P1000 / P100X (open parameters kit required), 3D Systems' Sinterstations / Vanguard / sPro 60, XYZp's MfgPro230 xS, Farsoon's HT403P / HT/ST25xP / SS403P / eForm or EOS's P1xx and P3xx/P7xx (open parameters kit required).

The BASF Ultrasint PA11 powder is the perfect material for numerous applications in medicine, industry, consumer goods or automotive where parts that can withstand high deformations and/or exposure to chemically hostile surroundings are required. The possible uses are car interior parts, bumper components, film hinges, functional prototypes and spare parts, as well as medium-loaded series parts.

Thanks to its biocompatibility, Ultrasint PA11 can also be used in medical applications, as well as in contact with food, e.g. in food packaging. It should be kept in mind that the biocompatibility of the end product must be tested by the manufacturer for each use case as the biocompatibility of the final part largely depends on the processing of the material.

Elongation at break (%) 150
Tensile strength (MPa) 54
Tensile modulus (MPa) 1800
Flexural modulus (MPa) 1800
Softening temperature (ºC) 191
Alimentary use Alimentary use
Medical use Medical use

Ultrasint PA11 powder should be stored at 15-25 °C in its originally sealed package in a clean and dry environment. Mandatory and recommended industrial hygiene procedures and the relevant industrial safety precautions must be followed whenever this product is being handled and processed. 

General information
sManufacturer BASF
Technology SLS
Material PA11
Format 20 kg
Grain size (ISO 13320) 40-50 d50/µm
Percentage of refreshment material -
Color White/cream
Black
Compatible 3D printers Prodways P1000/P100X*
EOS P1xx / P3xx/P7xx*
3D Systems Sinterstations/Vanguard/sPro 60
XYZp MfgPro230 xS
Farsoon HT403P / HT/ST25xP, SS403P/eForm
Mechanical properties
Tensile strength (ISO 527-2) White

Dry:

X @ 23 ºC: 52 MPa
Z @ 23 ºC: 54 MPa
X @ 80 ºC: 31 MPa
Z @ 80 ºC: 29 MPa

Conditioned:

X @ 23 ºC: 45 MPa
Z @ 23 ºC: 46 MPa
X @ 80 ºC: 28 MPa
Z @ 80 ºC: 26 MPa

Black

Dry:

X @ 23 ºC: 52 MPa
Z @ 23 ºC: 52 MPa
X @ 80 ºC: 32 MPa
Z @ 80 ºC: 28 MPa

Conditioned:

X @ 23 ºC: 45 MPa
Z @ 23 ºC: 45 MPa
X @ 80 ºC: 28 MPa
Z @ 80 ºC: 26 MPa
Tensile modulus (ISO 527-2) White

Dry:

X @ 23 ºC: 1750 MPa
Z @ 23 ºC: 1800 MPa
X @ 80 ºC: 370 MPa
Z @ 80 ºC: 420 MPa

Conditioned:

X @ 23 ºC: 1100 MPa
Z @ 23 ºC: 1250 MPa
X @ 80 ºC: 300 MPa
Z @ 80 ºC: 360 MPa

Black

Dry:

X @ 23 ºC: 1750 MPa
Z @ 23 ºC: 1700 MPa
X @ 80 ºC: 390 MPa
Z @ 80 ºC: 360 MPa

Conditioned:

X @ 23 ºC: 1150 MPa
Z @ 23 ºC: 1200 MPa
X @ 80 ºC: 330 MPa
Z @ 80 ºC: 300 MPa
Elongation at break (ISO 527-2) White

Dry:

X @ 23 ºC: 28 %
Z @ 23 ºC: 24 %
X @ 80 ºC: > 150 %
Z @ 80 ºC: 51 %

Conditioned:

X @ 23 ºC: 45 %
Z @ 23 ºC: 31 %
X @ 80 ºC: > 150 %
Z @ 80 ºC: 54 %

Black

Dry:

X @ 23 ºC: 26 %
Z @ 23 ºC: 27 %
X @ 80 ºC: >150 %
Z @ 80 ºC: 87 %

Conditioned:

X @ 23 ºC: 42 %
Z @ 23 ºC: 34 %
X @ 80 ºC: >150 %
Z @ 80 ºC: 120 %
Flexural strength -
Flexural modulus (DIN EN ISO 178) White

Dry:

X: 1750 MPa
Z: 1800 MPa

Conditioned:

X: 1250 MPa
Z: 1300 MPa

Black

Dry:

X: 1750 MPa
Z: 1700 MPa

Conditioned:

X: 1300 MPa
Z: 1300 MPa
Charpy impact resistance (DIN EN ISO 179-1) White

Dry:

X notched: 5.1 kJ/m2
Z notched: 3.9 kJ/m2
X unnotched: 184 kJ/m2
Z unnotched: 85 kJ/m2

Conditioned:

X notched: 8.3 kJ/m2
Z notched: 4.5 kJ/m2
X unnotched: 198 kJ/m2
Z unnotched: 85 kJ/m2

Black

Dry:

X notched: 7.6 kJ/m2
Z notched: 7.7 kJ/m2
X unnotched: 193 kJ/m2
Z unnotched: 56 kJ/m2

Conditioned:

X notched: 11 kJ/m2
Z notched: 4.5 kJ/m2
X unnotched: NB
Z unnotched: 75 kJ/m2
Surface hardness -
Thermal properties
Softening temperature (ISO 306) White

Vicat/A (10 N): 191 ºC
Vicat/B (50 N): 177 ºC

Black

Vicat/A (10 N): 192 ºC
Vicat/B (50 N): 175 ºC
Melting temperature (ISO 11357) 203 ºC
Cristallization temperature (ISO 11357) White: 158 ºC
Black: 165 ºC
Flammability (UL 94) White: HB (0.8-3.1 mm)
Black: HB (0.9-3.2 mm)
Roughness of printed parts
Average roughness (Ra) in the XZ/YZ planes -
Average roughness (Ra) in the XY plane -
Average roughness depth (Rz) in the XZ/YZ planes -
Average roughness depth (Rz) in the XY plane -
Electrical properties
Specific volumetric resistivity (IEC 62631-3-1) White: 1.2·1014 Ω/cm
Black: 3.5·1014 Ω/cm
Specific surface resistivity (IEC 62631-3-2) White: >10Ω
Black: >10Ω
Dielectric strength (IEC 60243-1) White: 31 kV/mm @ 1 mm
Black: 27 kV/mm @ 1 mm
Additional information
HS Code 3908.1

* The typical values listed in this table should be considered as a reference. Actual values may vary depending on the 3D printer model used, part design and printing conditions. We recommend confirming the final results and properties with your own tests. For further information please refer to the product data sheet.

* Open parameter kit required.

Accessories

21 other products in the same category: