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ADVANCED
There are 14 products.Filaments of polymeric materials with the highest industrial properties developed to date (PEl, ULTEM, PEEK, PEKK, PEKK, PVC, PA, PC, PP and derivatives with fiber reinforcements).
In Stock PEI (ULTEM 1010) PEI (ULTEM 1010)
289,00 € tax excl.
349,69 € tax incl.Advanced material used in engineering to make mechanically resistant and flame retardant parts. Advanced material used in engineering to make mechanically resistant and flame retardant parts.
In Stock PEI with Carbon Fiber (Ultem CF) PEI with Carbon Fiber (Ultem CF)
389,00 € tax excl.
470,69 € tax incl.Advanced material with carbon fiber used to make pieces of high mechanical strength and fireproof. Advanced material with carbon fiber used to make pieces of high mechanical strength and fireproof.
In Stock PEKK PEKK
289,00 € tax excl.
349,69 € tax incl.Advanced material used to make mechanically resistant parts, resistant to chemical elements and fireproof. Advanced material used to make mechanically resistant parts, resistant to chemical elements and fireproof.
In Stock PEKK with Carbon Fiber PEKK with Carbon Fiber
449,00 € tax excl.
543,29 € tax incl.Advanced material with carbon fiber, mechanically resistant, resistant to chemical elements, fire retardant. Advanced material with carbon fiber, mechanically resistant, resistant to chemical elements, fire retardant.
In Stock XSTRAND GF30-PP XSTRAND GF30-PP
73,95 € tax excl.
89,48 € tax incl.Filament with a polypropylene base and 30% fiberglass, with very high voltage module. Filament with a polypropylene base and 30% fiberglass, with very high voltage module.
In Stock XSTRAND GF30-PA6 XSTRAND GF30-PA6
75,95 € tax excl.
91,90 € tax incl.Filament with polyamide 6 y glass fiber, high tension modules and high temperature resistance. Filament with polyamide 6 y glass fiber, high tension modules and high temperature resistance.
In Stock XSTRAND GF30-PC XSTRAND GF30-PC
75,95 € tax excl.
91,90 € tax incl.Filament with polycarbonate base and 30% fiberglass, with UL94 (V0) flame extinction certificate. Filament with polycarbonate base and 30% fiberglass, with UL94 (V0) flame extinction certificate.
In Stock Vinyl 303 (PVC) Vinyl 303 (PVC)
34,71 € tax excl.
42,00 € tax incl.Basic plastic with advanced mechanical properties, durability and impact resistance. Basic plastic with advanced mechanical properties, durability and impact resistance.
In Stock PC/PTFE PC/PTFE
69,95 € tax excl.
84,64 € tax incl.Advanced material with low values of coefficient of friction and wear (self-lubricating). Advanced material with low values of coefficient of friction and wear (self-lubricating).
In Stock ABS with carbon and aramid fiber (ABS CAF) ABS with carbon and aramid fiber (ABS CAF)
54,95 € tax excl.
66,49 € tax incl.20% more mechanical resistance than any standard ABS and high flammability temperature. 20% more mechanical resistance than any standard ABS and high flammability temperature.
In Stock ABS with carbon fiber (ABS CF) ABS with carbon fiber (ABS CF)
50,95 € tax excl.
61,65 € tax incl.35% more mechanical resistance than any standard ABS and formulated to avoid blockages in the extruders. 35% more mechanical resistance than any standard ABS and formulated to avoid blockages in the extruders.
In Stock PETG with carbon fiber (PETG CF) PETG with carbon fiber (PETG CF)
56,95 € tax excl.
68,91 € tax incl.All the advantages and ease of printing of PETG with the high mechanical strength of carbon fiber. All the advantages and ease of printing of PETG with the high mechanical strength of carbon fiber.
In Stock PETG with aramid fiber (PETG AF) PETG with aramid fiber (PETG AF)
62,50 € tax excl.
75,63 € tax incl.All the advantages of PETG combined with the high resistance to impact and friction of aramid fiber. All the advantages of PETG combined with the high resistance to impact and friction of aramid fiber.
In Stock ABS ESD ABS ESD
63,95 € tax excl.
77,38 € tax incl.Material of electrostatic electricity used for protection from electrostatic discharge. Material of electrostatic electricity used for protection from electrostatic discharge.
What are advanced materials
The advanced materials are the filaments that play a set of mechanical properties, resistance to temperature and chemical resistance far superior to the rest of materials that exist in the world of 3D printing. To achieve these properties, both in materials that have reinforcing fibers and those that do not, the filament must be manufactured with the optimum distribution and quantity of each component. Manufacturers like Nanovia, study and carefully develop each material until they reach a strand of advanced behavior. Thanks to all of the above, materials with incredible mechanical properties are obtained that exert much less wear on the nozzle of the 3D printer compared to other abrasive materials containing reinforcing fibers.
Main advanced materials
Within this category are a series of families of materials that are being key to the evolution of the 3D printing industry.
The one that stands out in this category is the PAEK family (PEEK, PEKK and PEI). The materials that belong to this class are semicrystalline plastics, which resist high temperature (near 200ºC) maintaining high values of mechanical resistance. The PEEK (PolyEtherEtherKetone) is the most crystalline of the three materials. This indicates that it has the highest values of mechanical strength of all, but is more unstable at the time of melting. The PEKK (PolyEtherKetoneKetone) has a semicrystalline structure with two clearly defined regions, an amorphous and a crystalline one. This structural condition offers an increase in the ease of printing (lower crystallization rate) maintaining similar resistance values and even higher than those of the PEEK. The PEI (ULTEM 1010 and ULTEM 9085) is the most modified material within the PAEK family, even reaching the designation of resin. The thermal resistance of this material is one of the highest in the field of 3D printing FDM / FFF, having a glass transition temperature of 215°C and a maximum constant working temperature with a pressure of 0.45 MPa of 200°C.
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