Xenia Creates Lightweight, High-Performing, Sustainable 3DF Filament Materials for Fused Filament Fabrication 3D Printing
Formnext 2024: The filaments’ properties include exceptional strength, lightweight design, chemical resistance and sustainability.
Xenia Materials, a global producer of high-performance thermoplastic materials, has developed the 3DF Materials family of products, which is a range of sustainable filaments for fused filament fabrication (FFF) 3D printing.
With this group of materials, the company expands its reach into the fused deposition modeling (FDM) and FFF 3D printing sector with a focus on high-performance filaments. The company says this collection reflects its commitment to lightweight, high-performing and sustainable materials, with a complete range of filament-based solutions for different applications in 3D printing. The filaments are designed for innovative applications, with properties such as exceptional strength, lightweight design, chemical resistance and sustainability.
3DF Materials by XENIA:
• XECARB SL 3DF — Featuring a 100% biobased PA11 polymer matrix reinforced with 15% carbon fiber, this filament offers exceptional strength and lightness. Incorporating Xenia’s SuperLight technology, it reaches a density of 0.99 g/cm³, merging high performance with extreme lightness.
• XELIGHT 3DF — Combining PEBA’s flexibility and impact resistance with Xenia's specialized engineering, the XELIGHT 3DF achieves a density value of 0.87 g/cm³. This filament is well suited for projects demanding both exceptional flexibility and lightweight performance.
• XECARB 45 3DF — Designed for applications that require both structural integrity and resistance to chemically aggressive environments, XECARB 45 3DF integrates 10% carbon fiber into a structurally modified PVDF base. This filament is well suited for industrial applications requiring resilience and stability under challenging conditions.
• XEGREEN 23 3DF — Developed from rigorously selected 100% recycled polymers and fibers, the XEGREEN 23 3DF is based on a 20% carbon fiber-reinforced PETG. This filament provides mechanical strength and lightweight properties while meeting sustainability objectives, making it well suited for environmentally conscious manufacturers.
Formnext 2024 takes place Nov. 19-22 in Frankfurt, Germany.
Related Content
-
Reusable LOX/Kerosene Engine Completes First Successful Full-System Test Flight
Galactic Energy Space Technology announced the first successful full-system test flight of its Welkin 50-ton reusable LOX/kerosene engine. To date, this is the highest thrust LOX/kerosene engine in the Chinese commercial aerospace playing field which has officially entered the engineering and manufacturing phase.
-
3D Printed Tennis Racket Serves a Collaborative Win
The collaboration between All Design Lab and Protolabs led to the creation of a 3D printed tennis racket via direct metal laser sintering, called Hìtëkw. This project not only pushed the limits of additive in terms of design capabilities but revealed how important active communication between customer and manufacturer can be for a project’s success.
-
8 Cool Parts From Formnext 2023: The Cool Parts Show #65
New additive manufacturing technologies on display at Formnext were in many cases producing notable end-use components. Here are some of the coolest parts we found at this year’s show.