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Ultrasint PA6 MF black

PA6

BASF

Product Description

All Ultrasint PA6 grades have in common that they show high modulus, high strength and excellent thermal distortion stability. These properties ensure precise feature control, very good mechanical properties and simple surface reprocessing of 3D printed parts.
Ultrasint PA6 MF black contains a mineral reinforcement. In contrast to simple dry blends, the reinforcement is embedded within the particles, leading to improved powder homogeneity, better spreading and easier recycling.
Tensile and flexural modulus, as well as impact strength are significantly higher compared to unfilled material. Ultrasint PA6 MF black therefore lends itself for applications where high stiffness and high strength are the most important requirements, while not sacrificing other properties of the unfilled material - a material suitable for parts with demanding mechanical property combinations.

General
Original Document
Technical Datasheet(English)
Features
High Strength
High Stiffness/Rigidity
Heat Stabilized
Filled & Reinforced
Appearance
Powder
Black
Processing
Selective Laser Sintering(SLS)
3D Printing
Reinforced
Mineral
Specifications
Physical Value/Unit(Sign in to View) Test Standard Test Condition

Density/Specific Gravity

*** g/cm³ ISO 1183
Printed Part

Melt Volume Flow Rate(MVR)

240℃/2.16 kg

*** cm³/10 min ISO 1133

Particle Size

***~*** micrometer Internal
d50

Bulk(Apparent ) Density

*** g/cm³ ISO 60
Mechanical Value/Unit(Sign in to View) Test Standard Test Condition

Tensile Modulus

*** Mpa ISO 527-2
cond,x-direction

Tensile Modulus

*** Mpa ISO 527-2
cond,z-direction

Tensile Modulus

*** Mpa ISO 527-2
dry,x-direction

Tensile Modulus

*** Mpa ISO 527-2
dry,z-direction

Tensile Strength

-

*** Mpa ISO 527-2
cond,x-direction

-

*** Mpa ISO 527-2
cond,z-direction

-

*** Mpa ISO 527-2
dry,x-direction

-

*** Mpa ISO 527-2
dry,z-direction

Tensile Elongation

Break

*** % ISO 527-2
cond,x-direction

Break

*** % ISO 527-2
cond,z-direction

Break

*** % ISO 527-2
dry,x-direction

Break

*** % ISO 527-2
dry,z-direction

Flexural Modulus

*** Mpa ISO 178
cond,x-direction

Flexural Modulus

*** Mpa ISO 178
cond,z-direction

Flexural Modulus

*** Mpa ISO 178
dry,x-direction

Flexural Modulus

*** Mpa ISO 178
dry,z-direction

Flexural Strength

-

*** Mpa ISO 178
cond,x-direction

-

*** Mpa ISO 178
cond,z-direction

-

*** Mpa ISO 178
dry,x-direction

-

*** Mpa ISO 178
dry,z-direction

Flexural Strain

break

*** % ISO 178
cond,x-direction

break

*** % ISO 178
cond,z-direction

break

*** % ISO 178
dry,x-direction

break

*** % ISO 178
dry,z-direction
Impact Value/Unit(Sign in to View) Test Standard Test Condition

Charpy Notched Impact Strengh

-

*** kJ/m² ISO 179
cond,x-direction

-

*** kJ/m² ISO 179
cond,z-direction

-

*** kJ/m² ISO 179
dry,x-direction

-

*** kJ/m² ISO 179
dry,z-direction

Charpy Unnotched Impact Strengh

-

*** kJ/m² ISO 179
cond,x-direction

-

*** kJ/m² ISO 179
cond,z-direction

-

*** kJ/m² ISO 179
dry,x-direction

-

*** kJ/m² ISO 179
dry,z-direction

Izod Notched Impact Strengh

-

*** kJ/m² ISO 180
cond,x-direction

-

*** kJ/m² ISO 180
cond,z-direction

-

*** kJ/m² ISO 180
dry,x-direction

-

*** kJ/m² ISO 180
dry,z-direction

Izod Unnotched Impact Strengh

-

*** kJ/m² ISO 180
cond,x-direction

-

*** kJ/m² ISO 180
cond,z-direction

-

*** kJ/m² ISO 180
dry,x-direction

-

*** kJ/m² ISO 180
dry,z-direction
Thermal Value/Unit(Sign in to View) Test Standard Test Condition

Heat Deflection Temperature(HDT)

0.45 Mpa (66 psi)(4.6kg/cm²)

*** °C ISO 75-2

1.8 Mpa (264 psi)(18.6kg/cm²)

*** °C ISO 75-2

Vicat Softening Temperature(VST)

*** °C ISO 306
10 N

Vicat Softening Temperature(VST)

*** °C ISO 306
50 N

Melt Temperature(Tm)

*** °C ISO 11357
20 K/min

Freezing temperature

*** °C ISO 11357
20 K/min

The information presented on this datasheet was acquired by AjiEng.com from the producer of the material. AjiEng.com makes substantial efforts to assure the accuracy of this data. However, AjiEng.com assumes no responsibility for the data values and strongly encourages that upon final material selection, data points are validated with the material supplier.