BASF Natural Ultrafuse PA Filament 2.85mm, 0.75 kg

In Stock
Nylon 6/66 based engineering FFF filament
  • High mechanical strength
  • Good thermal distortion stability
  • Good fatigue resistance
  • Wear-resistant
Highlights
  • Good impact resistance at low temperatures
  • Low melting temperature
  • Flexible when printing thin parts
  • Wide application range
We Accept Purchase Orders From All Educational Institutions and Eligible Business Customers
Filament Specs
  • Filament diameter: 2.85 mm
  • Spool weight: 0.75 kg
  • Color name: Natural
  • Color attribute: Solid
The estimated lead time is 5-10 business days.

The BASF Ultrafuse PA is an FFF filament based on copolyamide 6/66 which has a lower melting point than PA6 and PA66 and can be printed at lower temperatures. It also has better impact resistance. The material features high strength and modulus and shows good thermal stability. It allows building semi-flexible thin parts yet remaining rigid at higher thickness.

The Ultrafuse PA has pretty moderate printing conditions and can be used with most open system FFF 3D printers. The nozzle temperature of 220–250 °C and 90–120 °C heated glass print bed are recommended by the manufacturer. It is also advisable to apply some adhesive to the print surface to avoid first layer print failures.

The BASF Ultrafuse PA is well suited for building parts that require strength and durability yet featuring flexibility. It is widely used in engineering industry for fabrication of end-use parts and components, such as electrical appliances and others.

BASF Natural Ultrafuse PA Filament 1.75mm, 0.75 kg

 

Specifications

  • Print bed temperature: 90–120 °C
  • Nozzle temperature: 220–250 °C
  • Recommended bed surface: Glass + PVA / Kapton tape / PA adhesive 
  • Nozzle diameter: ≥ 0.4 mm
  • Print speed: 30–60 mm/s
  • Printed part density: 1115 kg/m³
  • Tensile strength, ISO 527: 61.4 MPa (XY), 16.4 MPa (ZX)
  • Elongation at break, ISO 527: 9.6% (XY), 0.8% (ZX)
  • Young’s modulus, ISO 527: 2419 MPa (XY), 2122 MPa (ZX)
  • Flexural strength, ISO 178: 77.0 MPa (XY), 95.5 MPa (XZ), 40.2 MPa (ZX)
  • Flexural modulus, ISO 178: 2051 MPa (XY), 2246 MPa (XZ), 2253 MPa (ZX)
  • Flexural strain at break, ISO 178: no break (XY), no break (XZ), 1.8% (ZX)
  • Impact strength Charpy (notched), ISO 179-2: 5.6 kJ/m² (XY), 3.3 kJ/m² (XZ), 1.2 kJ/m² (ZX)
  • Impact strength Charpy (unnotched), ISO 179-2: 23 kJ/m² (XY), 29.7 kJ/m² (XZ), 3.5 kJ/m² (ZX)
  • Impact strength Izod (notched), ISO 180: 5.8 kJ/m² (XY), 3.9 kJ/m² (XZ), 1.7 kJ/m² (ZX)
  • Impact strength Izod (unnotched), ISO 180: 28 kJ/m² (XY), 56.6, kJ/m² (XZ), 3.2 kJ/m² (ZX)
  • HDT at 1.8 MPa (dry): 65 °C
  • HDT at 0.45 MPa (dry): 135 °C
  • Glass transition temperature: 49 °C
  • Crystallization temperature: 147 °C
  • Melting temperature: 195–197 °C
  • Vicat softening point at 50 N: 172 °C

 

Spool specs

  • Filament diameter: 2.85 mm
  • Spool weight: 0.75 kg
  • Available colors: Natural
  • Color attribute: Solid

The BASF Ultrafuse PA 2.85 mm 3D printing filament is sold in 0.75 kg spools. It comes vacuum-sealed with desiccant.

BASF Natural Ultrafuse PA Filament 1.75mm, 0.75 kg

Our mission
Founded in 2013, we have integrated digital manufacturing in over 10,000 businesses. Today we are a team of 80+ 3D printing enthusiasts, geeks and entrepreneurs on a mission to make these technologies accessible to all.
Trusted integrator
In 2018, 3D Print Awards named us the best digital manufacturing integrator. We offer technology and operational consulting to capture growth and achieve excellence in strategy, manufacturing and distribution.
Expert customer service
Deep expertise in 3D printing, 3D scanning, 3D modelling, plastic casting, laser cutting and CNC milling. It comes from delivering 5,000+ projects at our digital manufacturing bureau. We know what we talk about.
Fast response time
93% of surveyed customers are satisfied with our customer service. Have a question, concern or feedback for us? Our support team is a quick chat or email away — 5 days a week, Monday to Friday from 8 am to 4 pm PST.
Your browser is out-of-date!

Update your browser to view this website correctly. Update my browser now

×

Please, wait ...