Phaetus filament aeCoating™ NexABS-GF25 czerwony 1.75mm 1kg

Introducing Phaetus aeCoating™ NexABS-GF25 filament, an advanced glass fiber reinforced ABS material featuring a groundbreaking skin-core structure. With an inner core comprising 25% chopped glass fiber-reinforced ABS and an outer shell of high bond strength unfilled ABS resin, this filament offers exceptional mechanical properties and superior interlayer bonding for printed parts.

Product Highlights:

1. Co-extrusion 'Skin-Core' Technology: Phaetus aeCoating™ utilizes a cutting-edge co-extrusion process, creating a distinctive 'skin-core' structure. The outer layer, a modified resin, ensures high layer adhesion, while the inner core is a reinforced resin with a substantial chopped fiber content. This technology enhances mechanical properties and heat resistance, setting a new standard for industrial 3D printing filaments.

2. Excellent Layer Adhesion: Leveraging the laminar flow of polymeric fluids during extrusion, aeCoating™ maintains a stable skin-core structure post-nozzle passage. Unlike many fiber-reinforced filaments, Z-axis layer adhesion loss is minimized, as the adhesion between the outer shell resin eliminates typical issues associated with added fibers. The result is optimal interlayer adhesion in the Z-axis, surpassing prints with pure resin filaments.

3. Nozzle Wear Reduction: aeCoating™ significantly reduces nozzle wear during extrusion. The filament's composition minimizes contact between reinforcing fibers and the nozzle, limiting wear and extending the life of the entire extrusion components of your 3D printer. The skin-core structure also prevents contact between filament fibers and extruders or throats, further enhancing the longevity of your printing equipment.

Experience the evolution of 3D printing with Phaetus aeCoating™ NexABS-GF25. Elevate your prints with unparalleled mechanical strength, heat resistance, and interlayer adhesion. Say goodbye to common filament challenges and embrace the future of industrial 3D printing technology.