FormFutura ReForm rPET White, 2,85 mm / 750 g
Sustainable PET filament for hassle-free printing
£9.59 £16.00 -40%
(£12.79 / kg, Price shown includes 20% VAT. - Excludes delivery costs)
Features & Advantages
- 100% recycled HDglass™
- Easy to print
- Improved strength, toughness and temperature resistance
- ROHS & REACH certified
Item no.: FF-RPET-285WHTE-00750, Content: 750 g, EAN: 8720629060392
Product information & technical details
- Item no.: FF-RPET-285WHTE-00750
- Manufacturer No.: RPET-285WHTE-00750
- Manufacturer: FormFutura
- Content: 750 g
- Diameter: 1,75 mm
- Product Line: ReForm™
- Product type: PET / Copolyester Filaments
- Color: White
- Compatibility: Bambu Lab AMS*
- System: Spool
- Recommended processing temperature: 230-240 ° C
- Recommended heating temperature: 75 - 85 °C
Description
Formfutura ReForm - rPET is a highly sustainable 3D printing filament made entirely from recycled materials. No new resources are required for the production, only extrusion leftovers from the popular HDglass™ are used.
With this sustainable filament option, Formfutura succeeds in making 3D printing more sustainable without compromising on the material properties and not only reducing the ecological footprint, but also the sales prices for the high-quality filament.
Key features of Formfutura ReForm - rPET
100% recycled HDglass™
- Easy to print
- Improved strength, toughness and temperature resistance
- Bisphenol A free - Odourless print
- Excellent flow properties
- Good adhesion to both unheated and heated building boards (blue tape or permanent printing foil recommended)
- Wound on stable, recycled and FSC-certified cardboard spools - also in industrial sizes!
- ROHS & REACH certified
- 100% recyclable packaging
ReForm rPET is manufactured in the Netherlands according to ISO 9001:2015 standards and complies with the following directives and regulations:
- RoHS Directive 2011/65/EC
- REACH Directive 1907/2006/EC
More information
| Filament weight | Spool width | Outer diameter | Inner diameter | Weight (empty spool) |
| 250-500g | 40mm | 200mm | 56mm | 130g |
| 750g | 55mm | 200mm | 56mm | 150g |
| 1000g | 78mm | 200mm | 56mm | 185g |
| 2300g | 61mm | 300mm | 56mm | 265g |
| 3500g | 89mm | 300mm | 56mm | 305g |
| 4500g | 111mm | 300mm | 56mm | 330g |
Filament spool dimensions
Downloads
Questions & Answers about FormFutura ReForm rPET White
Customer Reviews
1 English review written for FormFutura ReForm rPET White
7 customer reviews in all languages
| 5 stars | | 5 | (50%) |
|---|---|---|---|
| 4 stars | | 1 | (10%) |
| 3 stars | | 0 | (0%) |
| 2 stars | | 0 | (0%) |
| 1 Stars | | 4 | (40%) |
10 reviews
1 customer review in English
7 customer reviews in all languages
-
Pete, UK
22 October 2023
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Slow and not particularly pretty, but good mechanical properties and consistency
Rated with 4 out of 5 stars.
I've been using this filament for a while now, for functional, structural parts that are designed to be watertight and used outside. For this application, I think it's a very good filament, however there are some downsides/challenges.
It's important to note that this filament is not PETG; it is rPET, and from my limited understanding of these things, the different chemical structure makes this stuff a little harder to print, but can lead to stronger parts than PETG.
Like other reviews I've seen on this material, it likes to be printed hot; 230 degrees C or thereabouts, and slow; I print at a maximum of 40 or 50mm/sec on a 0.4mm nozzle and stock hotend etc.
I've seen this is a little prone to warping on larger models. If you use Cura, you can mitigate this by enabling the 'Alternate Wall Directions' setting, under the 'Experimental' tab. Obviously good bed adhesion is critical in this as well. It may take a bit of experimentation with settings like 'initial line width', 'initial layer temperature' etc. to get this right. I usually do an initial layer temperature of 245 deg C to help it stick to the bed (glass in my case).
If your application is similar; printing strong parts for exterior use, then I thoroughly recommend this filament. If you want smooth looking, pretty parts for aesthetic models, this is probably not a good choice.
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