Xenia Materials introduces new PVDF-based composites for 3D printing.
Carbon-fiber reinforced PVDF prevents warping and ensures a smooth surface.
The new materials meet ATEX standards and are suitable for various industries.
Xenia Materials Expands 3D Printing Materials with PVDF Composites.
Xenia Materials has announced a new line of polyvinylidene fluoride (PVDF)-based compounds for pellet-fed 3D printing applications. These new materials aim to open new opportunities in additive manufacturing, particularly where high performance and chemical resistance are essential.
Xenia Materials will introduce a 3D printing pellet version of the unfilled PVDF polymer and a range of carbon-fiber reinforced compounds. Using carbon fiber in 3D printing prevents warping during the printing process, ensures a smooth surface finish, and maintains dimensional stability with low thermal expansion. By adding carbon fiber to the base material, the properties of the PVDF polymer are enhanced. This new mix retains the ease of use of regular PVDF while increasing strength and reducing electrical resistance, meeting ATEX standards (EU directive for materials used in potentially explosive atmospheres).
Cristian Zanchetta, R&D Manager at Xenia, explains: "Xenia's expertise in carbon-fiber reinforced polymers, applied to the PVDF polymer base, allows us to leverage our research and development know-how to create innovative 3D printing materials. Our comprehensive materials portfolio now extends from unfilled PVDF to carbon-fiber reinforced PVDF, meeting all client requirements."
Xenia Materials engineers and manufactures a range of carbon and/or glass fiber-reinforced composites as well as ultra-light structural composites based on dedicated thermoplastic matrix materials. Each formulation has been functionalized and adjusted for the additive manufacturing field to be used in any type of FGF printer. End product markets include sports and agriculture, aerospace, automotive and transportation, oil and gas, alternative energy, building and construction, infrastructure and machinery, and medical.
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