Ultrasint PA11 GB30 Datasheet

Polyamide 11

Glass Bead

Supplied by BASF 3D Printing Solutions GmbH

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Product Description

Glass bead filled Polyamide 11 powder for Laser Sintering

Ultrasint PA11 GB30, a bio-based material (castor oil), is a functionally optimized PA11 with increased rigidity. Parts made of this material show a higher stiffness compared to unfilled PA11 maintaining a good balance regarding strength, stiffness and impact resistance. Typical applications are in environments where a high rigidity is required and/or where exposure to special surroundings (e.g. chemical, detergents, oil) may occur. Due to its high ductility, it does not splinter in most crash situations. Ultrasint PA11 GB30 is processable on most common LS printers. Parameters for printing will be provided.

Typical applications are:

Housings and covers

Thermally loaded parts (i.e. close to the auto engine compartment)

Splinter-proof jigs & fixtures

Durable gears and bearings

General

Material Status

Commercial: Active

Availability

Asia Pacific

Europe

North America

Filler / Reinforcement

Glass Bead

Features

Chemical Resistant

Ductile

Good Elasticity

Good Impact Resistance

Good Rigidity

Good Stiffness

Good Strength

Renewable Resource Content

Uses

Additive Manufacturing (3D Printing)

Bearings

Gears

Housings

Appearance

Natural Color

Forms

Powder

Processing Method

3D Printing, Laser Sintering/Melting

Physical	Dry	Conditioned	Unit	Test Method
Density (Printed Part)		--	g/cm³	ISO 1183
Apparent (Bulk) Density		--	g/cm³	ISO 60
Melt Volume-Flow Rate (MVR) (220°C/2.16 kg)		--	cm³/10min	ISO 1133
Mean Particle Size - d50 ²		--	mil
Mechanical	Dry	Conditioned	Unit	Test Method
Tensile Modulus				ISO 527-2
X Orientation : 73°F			psi
Z Orientation : 73°F			psi
X Orientation : 176°F			psi
Z Orientation : 176°F			psi
Tensile Stress				ISO 527-2
X Orientation : 73°F			psi
Z Orientation : 73°F			psi
X Orientation : 176°F			psi
Z Orientation : 176°F			psi
Tensile Strain				ISO 527-2
X Orientation : Break, 73°F			%
Z Orientation : Break, 73°F			%
X Orientation : Break, 176°F			%
Z Orientation : Break, 176°F			%
Flexural Modulus				ISO 178
X Orientation			psi
Z Orientation			psi
Impact	Dry	Conditioned	Unit	Test Method
Charpy Notched Impact Strength				ISO 179/1
X Orientation			ft·lb/in²
Z Orientation			ft·lb/in²
Charpy Unnotched Impact Strength				ISO 179/1U
X Orientation			ft·lb/in²
Z Orientation			ft·lb/in²
Notched Izod Impact Strength				ISO 180
X Orientation			ft·lb/in²
Z Orientation			ft·lb/in²
Unnotched Izod Impact Strength				ISO 180
X Orientation
Z Orientation			ft·lb/in²
Thermal	Dry	Conditioned	Unit	Test Method
Heat Deflection Temperature
66 psi, Unannealed		--	°F	ISO 75-2/B
264 psi, Unannealed		--	°F	ISO 75-2/A
Vicat Softening Temperature
--		--	°F	ISO 306/B
--		--	°F	ISO 306/A
Melting Temperature³		--	°F	ISO 11357-3
Peak Crystallization Temperature³		--	°F	ISO 11357-3
Related Terminology
Dry	This supplier and product may also be known by these terms: ADVANC3D, Innofil3D, Innofil, PA11
Conditioned	This supplier and product may also be known by these terms: ADVANC3D, Innofil3D, Innofil, PA11
Generic Name
Dry	Generic Name may also be described by the following terms: PA11.
Conditioned	Generic Name may also be described by the following terms: PA11.
Features
Dry	Features may also be described by the following terms: Renewable Resources, From Renewable Resources, Renewable Resource Derived, Renewable Raw Materials, Renewable Resource Content, Good Stiffness, Good Impact Resistance, Good Elasticity, Good Rigidity, Good Strength, Good Chemical Resistance, Chemical Resistant.
Uses
Dry	Uses may also be described by the following terms: Additive Manufacturing, 3D Printing,3-D Printing, Housings, Housing.
Available Documents
Dry	Technical Datasheet (English)

Notes

¹Typical properties: these are not to be construed as specifications.

²Laser Diffraction

³10 K/min

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