ABS, Resin
Siraya Fast Navy Grey , 1 kg Resin for 3D Printer
Availability:
Out of stock
EAN: 768564744890
SKU: 28192-1
Applications
- Functional parts: Ideal for creating parts that require strength and durability, such as mechanical components and protective covers.
- Detailed models: Suitable for producing intricate models with an elegant navy blue-grey finish, ideal for prototypes and concept models.
- Engineering applications: Useful for creating parts that must withstand stress and impact, making it ideal for engineering projects.
€55.34 incl. VAT 23%30-day lowest price: €55.34
Out of stock
Siraya Fast Navy Grey , 1 kg Resin for 3D Printer - Specification
Color: Navy grayBrands: SirayaNet weight: 1kgResin type: ABSResolution: 4KResin for Siraya Fast Navy Grey 3D printer, 1 kg
Technical specifications
- Colour: Navy blue and grey
- Weight: 1 kg
- Compatibility: Suitable for MSLA, DLP and laser SLA 3D printers
- Viscosity: Low viscosity for smooth printing
- Cleaning solution: Can be cleaned with 95% concentrated ethanol or IPA
Resin for Siraya Fast Navy Grey 3D printer, 1 kg
Siraya Tech Fast ABS-Like Navy Grey Resin is a high-performance 3D printing material that offers exceptional speed, strength and impact resistance. Its elegant navy grey finish makes it ideal for the precise production of functional parts, detailed models and engineering applications, meeting the needs of both professionals and hobbyists in the 3D printing community.
Key features
- Fast printing and curing: Designed for fast printing, reducing production time and increasing efficiency.
- Enhanced strength and durability: Offers improved durability compared to standard ABS-type resins, making it suitable for impact-resistant prints without the need for mixing.
- Easy to clean: Simplifies the post-production stage, reducing cleaning time and effort.
- High detail resolution: Allows you to create intricate details with the utmost precision, ensuring high-quality prints.
- Unbreakable: Provides a durable and long-lasting finish, reducing the risk of breakage during transport.











