POLYAMIDE FOR 3D PRINTING FILAMENTS
3D printing is a growing technology that replaces the production of industrial products, especially for short runs or prototypes where creating molds is not cost-effective.
The demand for suitable materials for this process is on the rise, and NUREL has developed a range of Promyde® polyamides specifically designed for 3D printing technologies like Fused Deposition Modeling (FDM) and Selective Laser Sintering (SLS). These materials are available in granule format and are adaptable to various additive manufacturing technologies.
NUREL also offers special copolyamides, reinforced polyamides, and water-soluble polymers for highly demanding applications
NEW COPOLYAMIDES FOR 3D PRINTING
The new copolyamides for 3D filament extrusion have been designed to enhance the properties of standard PA6, such as its melting point and crystallinity, which positively affects shrinkage and layer adhesion.
The main advantages of Promyde copolyamides over standard polyamide 6 for 3D printing are:
- Lower melting point and better layer-to-layer and bed adhesion
- Reduced shrinkage and deformation
- Lower moisture absorption
Reinforced and Non-Reinforced Polyamides for 3D Printing
Promyde range for filament extrusion in 3D printing includes unreinforced grades as well as solutions with various fillers and reinforcements for applications with higher requirements and demands.
RECOMMENDED PROMYDE GRADES
- PROMYDE B640
- PROMYDE B730
- PROMYDE B735
- PROMYDE B930
- Reinforced grades: natural, mineral, fiberglass or carbon fiber.
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