Display Nav Left

Language:

Compare

You must be logged in to manage your wishlist.

PLA Tough Ultrafuse

Ref.: BASF-UF-PLA-TOUGH-BLACK-175-750

24.72 €

Tax excl.

Diameter

Format

Colour

Volume discounts

Quantity	Discount	Price
10	10% 10%	22.25 € 22.25 €
25	15% 15%	21.01 € 21.01 €

Quantity

In stock 14 units available for immediate shipping.
units available for shipping in 5 - 8 days Available for shipment within 5 - 8 days

Product temporarily out of stock with these characteristics. Select another combination.

We notify you when it will be available:

Approximate delivery date: Monday 8 September

Available

Returns

Ask about this product

The BASF Ultrafuse PLA Tough biobased filament is part of the broad Ultrafuse range of engineering materials for FFF 3D printing, manufactured on state-of-the-art computer-controlled machinery. Ultrafuse PLA Tough is available in diameters of both 1.75 mm and 2.85 mm, and in spool sizes ranging from 750 g to 8 kg. Thanks to the careful manufacturing methods, the Ultrafuse filament colors and diameters are consistent, and the materials always perform thermomechanically.

Video 1: Introducing the PLA Tough Ultrafuse filament. Source: BASF.

Ultrafuse PLA Tough was designed specifically for professional users in various industries, having in mind as the goal to streamline the production of large components and complex geometries (with the help of the water-soluble BVOH support material), saving time and costs while ensuring top-notch quality, including sharp details in small parts.

PLA Tough is ideal for printing complex and large parts

Image 1: PLA Tough is ideal for printing complex and large parts. Source: BASF.

PLA Tough Ultrafuse effortlessly accommodates high printing speeds up to 300 mm/s without requiring hardware adjustments, ensuring an outstanding surface finish and impressive impact strength. Printing profiles for printers such as the Raise3D Pro3 or the Bambu Lab printers can be found in the Downloads section.

Properties and performance

PLA Tough Ultrafuse serves as a sustainable and robust alternative to ABS (133 % stronger), delivering superior mechanical performance and ease of printing.

A comparison of properties of PLA Tough and other PLA materials

Image 2: A comparison of properties of PLA Tough and other PLA materials. Source: BASF.

PLA Tough Ultrafuse not only boasts an impressive 720 % higher impact strength than standard PLA, but 3D printed parts can be further strengthened through a separate annealing process, increasing toughness by up to 230 % and heat resistance by 257 %.

Annealing

In the process of plastic annealing, PLA is heated to a temperature slightly lower than its melting point to relieve internal stresses and rearrange the PLA’s molecular chains towards more semi-crystalline structures.

Annealing a part 3D printed with PLA Tough

Image 3: Annealing a part 3D printed with PLA Tough. Source: BASF.

Annealing instructions can be found in the Usage Tips section and detailed pre- and post-annealing technical data can be consulted in the product's technical datasheet available in the Downloads section.

Biocompatibility

A notable characteristic of the PLA Tough Ultrafuse filament is that it has passed extensive biocompatibility experiments for cytotoxicity (XTT neutral red, ISO 10993-5), skin irritation (ISO10993-10), and skin sensitization (LLNA KretinoSens ISO10993-10). The documentation can be found in the Downloads section.

Biocompatible ortheses 3D printed with PLA Tough

Image 4: Biocompatible ortheses 3D printed with PLA Tough. Source: BASF.

This makes parts 3D printed with this material suitable for skin contact applications in healthcare. It must be kept in mind, however, that the biocompatibility of the final part depends on the correct processing of the material and should always be assessed independently.

Post-processability

Furthermore, the appearance of the parts 3D printed with the PLA Tough Ultrafuse can be improved by smoothing (e.g. with sandpaper) or painting the printed part to conceal layer lines and imperfections, thus giving the 3D printed part a shiny and glossy appearance. First, a retouching tool should be used to remove any surface imperfections. Then the part can be sanded and covered with a paint primer or epoxy coating such as XTC-3D or the Nanovia smoothing coating to give it a smooth glossy finish.

Applications

The PLA Tough Ultrafuse filament finds extensive applications across multiple sectors. For hobbyists, it's a durable choice for detailed projects. Professionals, including engineers and designers, benefit from its enhanced toughness and speed for prototypes and large-scale parts. Industries like healthcare and automotive rely on its rapid prototyping and sustainable production capabilities. Its adaptability suits various applications: jigs & fixtures, orthotics, prototyping, and manufacturing aids, meeting diverse industry needs efficiently.

A durable housing 3D printed with PLA Tough

Image 5: A durable housing 3D printed with PLA Tough. Source: BASF.

BASF strives to provide specialized materials that cater to the different needs of additive manufacturing. While PLA Tough Ultrafuse is ideal for fast and reliable printing in engineering applications, there are alternatives for more aesthetic applications. For beginners looking to print colorful parts with no mechanical requirements an interesting alternative is the Ultrafuse PLA. For parts that need to have impeccable aesthetics for premium projects, it is recommended to use Ultrafuse PLA PRO1.

High speed printing

Furthermore, the PLA Tough Ultrafuse filament is compatible with high printing speeds. In order to create complex structures with this material and a support material, the Xioneer VXL 90 soluble support material is recommended by the manufacturer. This support material can be extruded at high speeds as well, which means a smooth and efficient 3D printing. The water solubility of VXL 90 makes the post-processing more precise and fast. In the Downloads section a table of compatibilities between the BASF Ultrafuse and Xioneer support filaments can be consulted.

General information
Material	PLA
Format	0.75 kg / 1 kg / 2 kg / 4 kg / 8 kg
Density	1.21 g/cm³
Filament diameter	1.75 / 2.85 mm
Filament tolerance	(Ø 1.75 mm) ±0.05 mm / (Ø 2.85 mm) ±0.1 mm
Filament length	(Ø 1.75, 0.75 kg) 257.7 m; (Ø 2.85, 0.75 kg) 97.2 m / (Ø 1.75, 1 kg) 343.6 m; (Ø 2.85, 1 kg) 129.5 m / (Ø 1.75, 2 kg)687.2 m; (Ø 2.85, 2 kg) 259.1 m / (Ø 1.75, 4 kg) 1374.4 m; (Ø 2.85, 4 kg) 518.2 m / (Ø 1.75, 8 kg) 2748.8 m; (Ø 2.85, 8 kg) 1036.4 m

Printing properties
Printing temperature	200-220 ºC
Print bed temperature	50-70 ºC
Chamber temperature	✗
Cooling fan	✗
Recommended printing speed	40-300 mm/s

Mechanical properties
Izod impact strength	(ISO 180) XY: (unnotched) 28 kJ/m²; (notched) 18 kJ/m² / XZ: (unnotched) 27 kJ/m²; (notched) 7.1 kJ/m² / ZX: (unnotched) 10 kJ/m²; (notched) 2.4 KJ/m²
Charpy impact strength	(ISO 179-2) XY: (unnotched) 33 kJ/m²; (notched) 18 kJ/m² / XZ: (unnotched) 34 kJ/m²; (notched) 8.6 kJ/m² / ZX: (unnotched) 10 kJ/m²; (notched) 2.5 KJ/m²
Elongation at break	(ISO 527) XY: 7.4 % / XZ: - % / ZX: 2.5 %
Tensile strength	(ISO 527) XY: 40 MPa / XZ: - MPa / ZX: 28 MPa
Tensile modulus	(ISO 527) XY: 2672 MPa / XZ: - MPa / ZX: 2576 MPa
Flexural strength	(ISO 178) XY: 73 MPa / XZ: 75 MPa / ZX: 51 MPa
Flexural modulus	(ISO 178) XY: 2690 MPa / XZ: 2410 MPa / ZX: 2390 MPa
Surface hardness	-

Thermal properties
Melting temperature	(ISO 11357-3) 172 ºC
Softening temperature	@ 10 N: 61 ºC / @ 10 N (annealed): 157 ºC / @ 50 N: 59 ºC / @ 50 N (annealed): 86 ºC

Specific properties
Transparency	✗

Other
HS Code	3916.9
Spool diameter (outer)	0.75 kg: 200 mm / 1 kg: 200 mm / 2 kg: 300 mm / 4 kg: 350 mm / 8 kg: 355 mm
Spool diameter (inner hole)	0.75 kg: 50.5 mm / 1 kg: 52 mm / 2 kg: 51.5 mm / 4 kg: 51.7 mm / 8 kg: 36 mm
Spool width	0.75 kg: 55 mm / 1 kg: 67 mm / 2 kg: 103 mm / 4 kg: 103 mm / 8 kg: 167 mm

The BASF Ultrafuse PLA Tough filament should be extruded at a temperature of 200-220 ºC and a speed of 40-300 mm/s, on a bed (preferably glass) heated to 50-70 ºC. Standard and high speed print profiles can be found in the Downloads section. For the 3D printing of parts with complex geometries with this filament, the use of the BVOH Ultrafuse support filament is recommended.

In order to boost the performance of parts 3D printed with the PLA Tough Ultrafuse filament, it is recommended to anneal the parts. This can be done in an oven which can reach the temperature of 120 ºC. For annealing, the part should be placed in the oven at room temperature (larger parts should be secured to avoid deformation) and the temperature should be ramped up from room temperature to 120 ºC in about 15 minutes. The holding time is 30 minutes (more for larger parts) and the cooling from 120 ºC to room temperature should be done within 15 minutes.

The Ultrafuse PLA Tough filament should be stored at 15-25°C in a clean and dry environment in order to protect the material from humidity. Ideally, PLA Tough should be stored in its originally sealed package or a vacuum sealed bag with a filament drying capsule inside the spool. The Ultrafuse PLA Tough can also be stored in an intelligent filament container before and after printing, and in a filament drying device during printing. Following these storage recommendations will ensure the filamen’s longevity and quality prints.