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3D Xtech PVD1010750N FluorX™ PVDF Filament PVDF chemical-resistant, UV-resistant 1.75 mm 750 g Ecru, Ecru 1 pc(s)

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2 Piece(s)
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Total (1 kg = € 319.99)
€ 239.99
prav.tax.untaxed incl. VAT 
plus € 19.99 
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without further shipping costs 
Only 2 Piece(s) available
14-day return policy included

Highlights & Details

Filament 3DXTech FluorX™ PVDF, 1.75 mm, 750g

  • High thermal properties: 130°C CUTExcellent resistance to a wide range of chemicals such as automotive fluids, oils, gases, lubricants, Fully halogenated hydrocarbons, alcohols, acids and basesNon-hygroscopic, does not absorb moisture. No drying required!Inherently UV-resistant with very stable H-F bonds.Low smoke and flame properties with a V-0 rated base resinLong-term hydrolytic stabilityResistant to nuclear radiationVery good abrasion resistance – similar to nylon and UHMW-PE for applications with hohem wear

Technical specifications

Product type

Filament

Filament material

PVDF

Filament properties

chemical-resistant

UV-resistant

Filament Ø

1.75 mm

Filament colour

Ecru

Ecru

Heated bed required

Yes

Printing temperature (min.)

245 °C

Max. printing temperature

265 °C

Weight

750 g

Content

1 pc(s)

Documents & Downloads

Security datasheet

Security datasheet 2632870 3D Xtech PVD1010750N FluorX™ PVDF Filament PVDF chemical-resistant, UV-resistant 1.75 mm 750 g Ecru, Ecru 1 pc(s)

Description

FluoroX™ PVDF [polyvinylidene fluoride] is manufactured from Arkema Kynar®. PVDF is an excellent choice for applications requiring chemical resistance, high heat resistance and superior abrasion resistance. Kynar® is a registered trademark of Arkema.

This text is machine translated.

Hints

Extruder: Between 245 and 265°C, depending on the printer Some must reach up to 280°C.Heated bed 90 - 110 °C.Bed preparation: According to the manufacturer, Nano Polymer Adhesives provides the best results.Other: No or slow fan. Print at speeds of 40-60 mm/s as a good starting point.Drying instructions: PVDF does not absorb moisture and does not need to be dried!Safety note: This polymer begins to decompose and decompose at temperatures above 290 °C. Please keep your extruder temperature below this point to avoid degradation, output and loss of mechanical properties.

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