Fiberlogy PETG+CF Black 1.75 mm 0.75 kg filament for 3D printers
Availability: In stock 2 pcs. Larger quantity within 3 business days
EASY PET-G filament combines the ease of printing known from PLA with high strength similar to traditional PET-G.
The printing process with EASY PET-G is free from the typical problems associated with PET-G, such as excessive stringing or burning of the filament.
EASY PET-G is available in opaque and transparent versions. Both forms provide a visually appealing finish to any model.
Fiberlogy EASY PET-G is ideal for printing both functional models and decorative elements.
Characteristics:
- easy to print
- high strength
- low susceptibility to shrinkage and stringing
- resistance to acids, salts, alkaline substances
- no odour
€30.00 incl. VAT 23%
In stock
| Quantity | Discount | Price |
|---|---|---|
| 5-9 | 5% | €28.50 |
| 10-Unlimited | 10% | €27.00 |
Fiberlogy PETG+CF Black 1.75 mm 0.75 kg filament for 3D printers - Specification
Brands: FiberlogyColor: BlackFilament type: PET-PETGFilament Diameter: 1,75mmNet weight: 0,75kgFiberlogy PETG+CF Black 1.75 mm 0.75 kg 3D printer filament
Technical specifications
- Filament diameter: 1.75 mm (tolerance Ā±0.02 mm)
- Net weight: 0.75 kg
- Printing temperature: 250ā270 Ā°C
- Heating bed temperature: 90ā110 Ā°C
- Recommended print speed: 35ā60 mm/s
- Heat resistance: up to 100Ā°C (HDT)
- Stiffness: significantly higher than classic PETG
- Print surface: smooth, matt
- Compatibility: hotend with wear-resistant nozzle recommended
Fiberlogy PETG+CF Black 1.75 mm 0.75 kg 3D printer filament
Fiberlogy PETG+CF is a durable technical filament that combines the properties of PETG with 15% carbon fibre. This gives it increased rigidity, high temperature resistance and a characteristic matt surface finish. It is ideal for the production of functional technical components where durability and dimensional stability are required.
Main features:
- 15% carbon fibre reinforcement ā higher rigidity and durability
- Heat resistance up to 100Ā°C (HDT)
- Excellent layer adhesion and low processing shrinkage
- Matt, aesthetic surface finish
- Increased chemical resistance
- Dimensional stability ā possibility of printing large technical elements
Applications:
- Technical and functional prototypes
- Housings and covers for electronics
- Machine components exposed to loads
- Components requiring high resistance to temperature and chemicals
