Filament Spectrum ReFill ASA 275 1.75mm DARK GREY 1kg
- Spectrum ASA 275 is a professional filament for desktop 3D printers, modified to achieve better flexibility, flow and layer adhesion while reducing shrinkage. It offers not only UV and weather resistance, but also printability comparable to PLA, which res
Spectrum ReFill ASA 275
Spectrum ReFill filaments have been designed with your convenience in mind, but also with a strong focus on environmental care. Spectrum ReFill filaments are wound onto an eco-friendly cardboard core that is fully compatible with BambuLab reusable spools, eliminating the need for printing additional adapters. Additionally, ReFill filaments are environmentally friendly, reducing plastic waste and supporting sustainable development. If you don't have a BambuLab reusable spool, you can easily download and print a simple spool model available on the Spectrum website. This allows you to enjoy Spectrum ReFill filament without worrying about compatibility with your printer, while also caring for the environment.
UV Resistance and Mechanical Durability
Spectrum ASA 275 is a professional material for desktop 3D printers, specially modified to increase flexibility, improve flow, reduce shrinkage, and enhance layer adhesion in 3D prints. These modifications make Spectrum ASA 275 as easy to print as Spectrum Premium PLA, allowing the creation of large 3D models without deformation while maintaining relatively high printing speeds.
Spectrum ASA 275 is UV and weather-resistant, making it ideal for printing prototypes, functional production tools, and components that withstand changing weather conditions.
Key Features
- HDT Thermal Resistance: 85°C
- Vicat Softening Temperature: 94°C
- Excellent resistance to external exposure
- UV resistance
- Printable on desktop printers without a heated chamber
- Perfect layer adhesion
- Ease of print comparable to classic PLA
Applications
- Functional prototypes
- Tooling
- Production tools
- End-use parts
- Custom components
- Parts requiring resistance to external exposure