PLA-HI-GF10

Descripción del producto

Clariant developed this 3D printer filament while testing a number of candidate materials for an industrial customer. The customer desired a very strong and tough (not brittle) material that printed with many common 3D printers and would not regularly require drying. Clariant's high impact modified 10% glass fiber reinforced polylactic acid (PLA-HI-GF10) 3D printer filament proved to be the best material for this industrial customer and is now offered as an exceptional material for the production of manufacturing aids and functional parts that require high strength and toughness. Clariant Hostanox^® P-EPQ^® and Hostavin^® ARO 8 are added to PLA-HI-GF10 to improve the heat stability and resistance to thermo-oxidative degradation and yellowing of the material during printing and usage.

Beneficios

Semi-crystalline thermoplastic polyester
Easy to print
No odour during printing
Very high tensile strength (70 MPa 3D printed in XZ direction)
High impact strength
Reduced thermo-oxidative degradation
Minimized undesired yellowing due to ultraviolet light

Applications*

Manufacturing aids (jigs and fixtures) for industries such as automotive, aerospace, consumer goods, electrical & electronics, packaging and more
Functional parts requiring strength and toughness
Prototypes

*Subject to detailed product specifications.

Color Range
Standard

White
Black
Red
Fluorescent orange
Yellow
Green
Blue

ColorWorks^® ColorForward^® consumer color directions 2020

EYE AM WATCHED - Catch me if you can (orange)

Printing Parameters

Print Temperature = 200-220°C
Print Speed = 30-50 mm/s
Bed Adhesion = directly on glass or carbon; a thin coating of ethylene vinyl acetate (EVA) or polyvinylpyrrolidone (PVP) glue may be applied to the bed to further enhance adhesion
Bed Temperature = ideally heated up to 60°C
Fan Settings = medium to high
Heat stability = the heat deflection temperature of the 3D printed part(s) may be increased by annealing the part(s) at 80-130°C (please contact for details)

Notes: parameters are dependent on printer used; Clariant tests were performed on an Ultimaker S5 printer.

Typical Property Values

Property	Typical Values				Units	Test Method	Test Specimen
	white	black	blue^a	natural
MECHANICAL PROPERTIES
Tensile stress at yield, 50 mm/min	84		76		MPa	ISO 527	Injection molded
		--	--		MPa	ISO 527	3D printed XY / flat at 220°C
		--	--		MPa	ISO 527	3D printed XZ / on edge at 220°C
		--	--		MPa	ISO 527	3D printed ZX / upright at 220°C
Tensile stress at break, 50 mm/min	84	98	76		MPa	ISO 527	Injection molded
		67	65		MPa	ISO 527	3D printed XY / flat at 220°C
		81	70		MPa	ISO 527	3D printed XZ / on edge at 220°C
		32	30		MPa	ISO 527	3D printed ZX / upright at 220°C
Tensile elongation at yield, 50 mm/min	2.6		2.4		%	ISO 527	Injection molded
		--	--		%	ISO 527	3D printed XY / flat at 220°C
		--	--		%	ISO 527	3D printed XZ / on edge at 220°C
		--	--		%	ISO 527	3D printed ZX / upright at 220°C
Tensile elongation at break, 50 mm/min	2.7	2.1	2.5		%	ISO 527	Injection molded
		1.5	2.0		%	ISO 527	3D printed XY / flat at 220°C
		1.6	1.9		%	ISO 527	3D printed XZ / on edge at 220°C
		1.6	1.0		%	ISO 527	3D printed ZX / upright at 220°C
Tensile modulus (modulus of elasticity), 1 mm/min	6349	6880	5135		MPa	ISO 527	Injection molded
		5565	5094		MPa	ISO 527	3D printed XY / flat at 220°C
		5975	5193		MPa	ISO 527	3D printed XZ / on edge at 220°C
		3361	2864		MPa	ISO 527	3D printed ZX / upright at 220°C
Flexural modulus	4555	6165	5138		MPa	ISO 178	Injection molded
Flexural strength	102	142	122		MPa	ISO 178	Injection molded
Izod impact notched					kJ/m²	ISO 180	Injection molded
Charpy impact notched	5.9	4.2	5.6		kJ/m²	ISO 179	Injection molded
					kJ/m²	ISO 179	3D printed XY / flat at 220°C
Charpy impact unnotched	30	30	28		kJ/m²	ISO 179	Injection molded
		21	24		kJ/m²	ISO 179	3D printed XY / flat at 220°C
THERMAL PROPERTIES
Melting point		175	175-178	174-175	°C	ISO 11357, DSC^b
Glass transition temperature		60	67	58-62	°C	ISO 11357, DSC^b
Heat deflection temperature at 1.8 MPa (A)	104	112			°C	ISO 75	Injection molded
		91			°C	ISO 75	3D printed XY / flat at 220°C
Heat deflection temperature at 0.45 MPa (B)	135	148			°C	ISO 75	Injection molded
		144			°C	ISO 75	3D printed XY / flat at 220°C
GENERAL PROPERTIES
Density		1319	1298		kg/m³	ISO 1183
pH		5.9	6.2				1% in H₂O
Water content - coulometric Karl Fischer			2300		μg/g	ISO 12937
Water content - coulometric Karl Fischer			70		μg/g	ISO 15512	60°C for 8 hours in a vacuum oven
non-volatile-matter content		~13	~10		%	ISO 3251

^a. Organic based color. ^b. DSC = Differential Scanning Calorimetry at 10°C/minute.

Note: results are generated according to the valid testing standards indicated above and the standard operating procedures used by the testing facilities.

Packaging and Handling

Delivery Form
1.75 mm and 2.85 mm diameter 3D printer filament.

Packaging
1 kg and 5 kg spools of 3D printer filament. Custom sizes are available upon request.

Storage
Ideally store the 3D printer filament in a cool, dry place at temperatures between 5 to 25°C in a sealed container with the provided Clariant Desi Pak^® desiccant bag. If the 3D printer filament has been exposed to moisture, please dry at 60°C for at least 8 hours with a vacuum or desiccant drying system if possible. Minimum shelf life is 1 year from the date of shipping when properly stored.

Safety

Contáctenos;
Póngase en contacto con nosotros para obtener los detalles sobre seguridad y regulaciones o las hojas de datos de seguridad de los materiales (MSDS).

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