Fiberlogy ABS PLUS Grey 3D printer filament 1.75 mm 0.85 kg
Availability: In stock. Ships within 3 business days.
It is characterised by high hardness and impact resistance. It is also more resistant to high temperatures and scratches.
Prints made from this filament can be further processed mechanically and chemically (using acetone).
The resulting components can be used to create concept models of new products and even their final versions.
ABS is also used in production and prototyping of components that require greater rigidity.
Characteristics:
- high hardness
- high impact strength
- resistance to high temperatures and scratches
- can be machined and chemically treated
€29.64 incl. VAT 23%
| Quantity | Discount | Price |
|---|---|---|
| 5-9 | 5% | €28.16 |
| 10-Unlimited | 10% | €26.68 |
Fiberlogy ABS PLUS Grey 3D printer filament 1.75 mm 0.85 kg - Specification
Filament type: ABSColor: GrayBrands: FiberlogyFilament Diameter: 1,75mmNet weight: 0,85kgFilament for Fiberlogy ABS PLUS 3D printer Grey 1.75 mm 0.85 kg
Technical specifications
- Filament diameter: 1.75 mm
- Net weight: 0.85 kg
- Printing temperature: 250°C – 270°C
- Table temperature: 90°C – 110°C
- Printing speed: 35 – 60 mm/s
Fiberlogy ABS PLUS Grey 3D printer filament 1.75 mm 0.85 kg
Fiberlogy ABS PLUS is a multifunctional filament for 3D printing designed for stationary applications, particularly distinguished in prototyping due to its improved properties. This filament offers increased hardness and reduced process shrinkage, making printing easier and faster compared to standard ABS. Interestingly, it does not require a closed chamber for printing, which extends its usability in various 3D printers. In addition, ABS PLUS can be processed both mechanically and chemically, allowing for post-print modifications to achieve the desired finish.
Key features
- Increased hardness and durability: ensures the production of robust and durable 3D printed parts.
- High impact resistance: Ideal for creating parts that can withstand significant mechanical stress.
- Reduced process shrinkage: Minimises deformation and dimensional inaccuracies during printing.
- Ease of printing: Does not require a closed chamber, facilitating a simpler printing process.
- Post-processing capabilities: Allows for mechanical and chemical processing, such as grinding, drilling or acetone smoothing, to achieve the desired finish.
Applications
- End-use parts: Containers, handles, and other functional components.
- Prototypes: Mechanical parts and architectural models requiring high durability.
- Electronics: Covers, enclosures and other protective housings.
- Decorations: Lamps, vases and other aesthetic items.
