Nanovia PVDF : Chemical resistance : Nanovia

Description

Properties

3D Printing

Extrusion temperature	280 – 290	°C
Plate temperature	80 – 100	°C
Enclosure temperature	60	°C
Nozzle (minimum)	Tous
Diameter	1,75 & 2,85	mm	+/- 50 µm

Mechanical properties

Density	1.79	g/cm³	ISO 1183
Elong. at break	200 – 750	%
Water absorption	0		after 24h submersion

Propriétés thermiques

Tg	-40	°C
T° Fusion	170 – 180	°C
Flamability	V-0	à 1,5mm	UL 94

Documentation

Download the technical chart Télécharger la fiche de sécurité

last updated : 08/03/2023

This semi-crystalline polymer allows for the creation of networks able to transport solvents, hydrocarbons, acids, and bases. Able to polarize under constraint, PVDF is also commonly used in electric applications such as batteries.

Advantages

High chemical resistance
Low friction coefficient
Usuable up to 160 °C

User photos

Application recommendations

Storage

PVDF is a hydrophopic polymer and thus does not require any particular protection from moisture during storage. Nor does it needs to be dehydrated before printing.

Printing

To prevent large prints from retracting from the build plate, an adhesive is recommended.

Health and safety

Impression

We recommend printing Nanovia PVDF in a room equipped with air extraction or by using appropriate breathing equipment.
Do not extrude at temperatures above 330 °C, risk of VOC creation.

Post traitement

Standard PPE recommended (dust mask, gloves)

Certifications

Nanovia PVDF RoHS Certification :

Packaging

Vacuum packed spools, with desicant, packed in individual boxes with engraved serial number.

Other formats available on demand.

Spool	L1	L2	D1	D2	D3	Weight
500g	53	46	200	90	52	182 g
2kg	92	89	300	175	52	668 g

www.nanovia.tech/ref/pvdf

Additional information

Diameter	1.75 mm, 2.85 mm
Weight	500 g, 2000 g, sample

Nanovia PVDF : Chemical resistance