Oct 16


PVA-M @DF filament is our preferred, cold water soluble, supporting material for dual extruder 3D printing. The modification on the raw material results in a filament that is much more thermally stable than a regular PVA. It also bonds well to PLA, ABS and PET-G, which enlarges the application field significantly. This polyvinyl alcohol-based filament is non toxic and biodegradable once dissolved in water. Easy printing, much less failures and easy removability makes this the supporting material you should try.

PVA-M features:

• Improved formula with enhanced stability in printing
• Excellent water solubility
• Thermally much more stable than a regular PVA
• Good bonding to PLA, PET-G and ABS
• Biodegradable when dissolved in water

Sizeø toleranceRoundness
1,75mmø 0,05mm95%
2,85mmø 0,10mm95%
DescriptionTestmethodTypical value
Specific gravityASTM D15051,22 g/cc
MFR 220˚C-2,3 gr/10 min
Tensile modulusISO 5273500 Mpa
Impact strength - Charpy notched 23˚CISO 1791,7 kJ/m²
DescriptionTestmethodTypical value
printing temp.DF215±10ºC
melting temp.-163˚C
vicat softening temp.ISO 30660,2˚C


PVA-M is available in its natural colour.
For specific applications PVA-M is available in colours on request.



PVA-M is available in nearly any type of packaging and labelling, but will be supplied always in a vacuum bag, due to the moisture sensitivity of PVA. Ask our team to help you customizing your product.

Additional info:

Recommended temperature for heated bed is ± 35-60˚C. Do not exceed a printing temperature of 225˚C, because then PVA crystallizes quickly and it will no longer flow and/or dissolve in water. .
The speed at which the product dissolves in water is dependent on the volume of the printed object and the temperature of the water. PVA-M dissolves in cold water. Higher water temperature (up to 70˚C is no problem) will accelerate the dissolution.
PVA-M can be used on all common desktop FDM or FFF technology 3D printers.


Cool and dry (15-25˚C) and away from UV light. This enhances the shelf life significantly.