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Ultrafuse EPR InnoPET
BASF 3D

PET Ultrafuse 750gr BASF

35.57
30.24Save 15%

The filaments BASF PET Ultrafuse are of first quality and excellent finish for 3D prints by FDM. It is easily printed being more resistant than the PLA. That's it. 100% recyclable and is compatible with all 3D printers.

BASF Color
  • White
  • Black
  • Yellow
  • Green
  • Blue
  • Red
  • Orange
  • Gold
  • Pearl White
Diameter Coil
  • Coil 1'75 mm.
  • Coil 2'85 mm.
Quantity
  Currently out of stock. Your order will be sent when the product is in stock

  Security policy

We guarantee 100% secure payment

  Delivery policy

Express delivery and perfectly packaged

  Return policy

14 days to return your order

BASF Ultrafuse PET filters

BASF is one of the leading global plastic filament suppliers for 3D printing. It has a large catalogue of materials of different finishes and colors. Its constant objective is in innovation to achieve the best properties necessary for the different applications that the industry demands. Your line Ultrafuse is for fused filaments (FFF) and extrusion systems Bowden and drive Direct. Compatible with any 3D FDM printer.


Characteristics of BASF Ultrafuse PET filament

The PET is polyethylene terefthalate and the materials most used in food packaging such as bottles.

It has an excellent adhesion of the layers so you don't need a hot bed.

It offers high resolution and easy handling with an incredible print result.

It is more resistant than the PLA, waterproof and can recycle at 100%.

BASF PET 750 gr is available in various colors and in nozzle diameters 1.75 and 2.85 mm.

It has a high 3D printing speed between 40 – 80 mm/s and a nozzle temperature 210 - 230 oC


BASF manufacturer warranty for Ultrafuse PET filaments

Them BASF filaments have been manufactured with the best raw materials available from renowned suppliers. They meet the highest standards using state-of-the-art machinery.

Product Details

Pet-0305a075

Data sheet

Material
PET
Finished
Great finish
Class
Consumables
Finality
End piece
Resistance
Chemical agents
Technology
FDM