3DF Materials is Xenia’s dedicated business unit focused on providing a comprehensive range of high-performance filaments specifically designed for FDM/FFF 3D printing.
Drawing on Xenia’s expertise in reinforced thermoplastic materials, we create a versatile array of filament-based solutions to meet the diverse needs of various applications.
At the core of Xenia’s filaments lies a commitment to precision and performance.
This dedication results in materials that provide exceptional properties, including lightweight design, robust strength, superior chemical resistance and sustainability.
XECARB® PA11-CF-SL
Reinforced with 15% carbon fiber, this sustainably sourced filament with 100% organically sourced PA11 offers exceptional strength and lightness.
PA11
15% CARBON FIBER
Superlight
Lightweight
Structural
Bio-based
XELIGHT® PEBA
Combining PEBA’s flexibility and impact resistance with Xenia's expertise, the XELIGHT® offers superior performance in weight-sensitive applications.
PEBA
Ultralight
Lightweight
Flexible
XECARB® PVDF-CF
Reinforced with 10% carbon fibre and made from structurally modified PVDF, this filament is designed for applications requiring resistance to chemically aggressive substances and superior structural integrity.
MODIFIED PVDF
10% CARBON FIBER
Chemical resistance
Structural
Conductive
XEGREEN® PETG-CF
Reinforced with 20% carbon fibre, this filament is derived from rigorously selected recycled polymers and fibres, offering at the same time mechanical strength and lightweight properties.
PETG
20% CARBON FIBER
100% Recycled
Structural
Lightweight
XECARB® PA12-CF-ST
Reinforced with 15% carbon fibre, this filament combines lightness, rigidity and dimensional stability with excellent impact resistance, ensuring reliable performance even in the most demanding conditions.
PA12
15% CARBON FIBER
Impact Resistance
Lightweight
Performance
XECARB® PPA-CF
Discover XECARB® PPA-CF, the filament developed from a bio-based PPA and reinforced with 20% carbon fiber.
PPA
20% CARBON FIBER
Chemical Resistance
Heat Resistance
Bio-based