Fiberlogy Impact PLA Grey, 1.75 mm (850 g)
Resistant PLA with improved properties in grey
€ 33,99
(€ 39,99 / kg, Price shown includes 23% VAT. - Excludes delivery costs)
Features & Advantages
- Properties almost like ABS
- High impact resistance
- High temperature resistance
Item no.: FL-PLA-IM-GRAY-175-085, Content: 850 g, EAN: 5902560995114
Product information & technical details
- Item no.: FL-PLA-IM-GRAY-175-085
- Manufacturer No.: PLA-IM-GRAY-175-085
- Manufacturer: Fiberlogy
- Content: 850 g
- Diameter: 1,75 mm
- Product type: PLA Filaments
- Filament colour: Grey / silver
- Compatibility: Bambu Lab AMS*
- System: Spool
- Recommended processing temperature: 220-245 ° C
- Recommended heating temperature: 50 - 70 ° C
Description
The Fiberlogy Impact PLA offers properties similar to those of ABS filaments while retaining the typical PLA print properties. Due to its high impact strength, this technical filament ensures increased resistance to cracking and breakage and higher temperature resistance. With these properties, Impact PLA is ideal for creating demanding prints that are used in extreme conditions.
Properties
- Increased impact resistance compared to PLA (up to 800%) and ABS (up to 50%)
- Very good adhesion
Filament spool dimensions
Downloads
Questions & Answers about Fiberlogy Impact PLA Grey
Customer Reviews
1 English review written for Fiberlogy Impact PLA Grey
4 customer reviews in all languages
5 stars | | 4 | (66%) |
---|---|---|---|
4 stars | | 0 | (0%) |
3 stars | | 1 | (16%) |
2 stars | | 1 | (16%) |
1 Stars | | 0 | (0%) |
6 reviews
1 customer review in English
4 customer reviews in all languages
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Overrated
Rated with 2 out of 5 stars.
Tested and simple overhang test bends under hot tap water of 50-60c.
Thickness was 5 layers.
Were PETG or ASA do not bend. This is marketed as more impact resistant (still not tested) and more temp resistant (tested). Maybe temp resist is better at larger prints, but at 5 layers behaves like basic PLA. As bough for heat resist, but for that is useless for my use case of smaller thiner parts.
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