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PrimaSelect NylonPower Glass Fiber – The latest high-performance filament for your 3D printer
PrimaSelect NylonPower Glass Fiber is the latest high-performance filament for your 3D printer. The material is based on Nylon 12 and is 16 % glass fiber reinforced. This composition results in an optimally resistant filament. Nylon glass filament is perfect for additive manufacturing of components for the automotive industry, drone construction, and RC parts.
The most important material properties:
3D prints very strong parts of NylonPower and glass fiber
PrimaSelect NylonPower Glass Fiber is an extremely useful material with very unique material properties. In this filament, the nylon is reinforced with small, cut glass fiber strands. PrimaSelect NylonPower Filament offers you incredible stiffness, structure and excellent layer adhesion.
Simply process the NylonPower filament with glass.
Furthermore, NylonPower is very easy to process and has a matt surface. The perfect 3D prints are very stiff, rigid and ideal if you need an object with a high stiffness/weight ratio. To process PrimaSelect NylonPower Filament, use a heated printing bed - set to 60 ˚C - to achieve good adhesion of the first layer to the building platform.
Process NylonPower Glass Fibre with a Steel Nozzle
Because of the highly abrasive properties of PrimaSelect NylonPower (the nozzle wears quickly due to abrasion), we recommend that you use a hardened steel nozzle for this filament. Using a normal brass nozzle is not a problem, but the nozzle will wear out in a short time.
PrimaSelect NylonPower adheres to glass coated with adhesive spray or adhesive.
Material properties of Nylon Glass Fibre:
Tips and tricks for processing PrimaSelect NylonPower with glass fibers on your 3D printer
Here you’ll find tips and tricks for processing PrimaSelect NylonPower with glass fibers on your 3D printer.
Watch your filament and keep it away from moisture
The glass fibers contained in PrimaSelect NylonPower reduce the amount of water that can be absorbed. However, for optimal processing, you should take care to keep the filament away from moisture and to protect it.
To do this, you must store PrimaCreator NylonPower in a dry place immediately after unpacking. The filament is supplied in a vacuum-sealed bag with desiccant so that the first 3D print succeeds immediately and gives you a perfect result.
In case of exposure to moisture, we strongly recommend that you dry your NylonPower glass fiber filament before starting 3D printing. To do this, simply place the entire coil in the oven at 80 °C for 5 to 7 hours. This will dry your coil and allow you to start a new 3D print.
Optimum processing temperature of PrimaSelect NylonPower
PrimaSelect NylonPower requires an extruder temperature of 250 - 265 °C for optimal extrusion. This filament can be processed on most 3D printers. However, we strongly recommend that you use a full metal extruder for higher temperatures. PrimaSelect NylonPower glass fiber filament can be processed at lower temperatures, too. However, you should always keep in mind that you will not get the same strength in the finished parts when using lower temperatures.
This filament contains glass fibers, making it very abrasive for your nozzle. We strongly recommend that you use a hardened steel nozzle for this filament, as a normal brass nozzle will be worn out by nylon filament in a very short time.
Larger 0.6 or 0.8 mm nozzles produce very strong 3D prints and reduce the risk of clogging the nozzle. However, you can also use it with a 0.4 mm nozzle.
NylonPower glass fiber does not adhere well to PEI, BuildTak, or similar surfaces. Glass is the best surface for use with Magigoo, PrintaFix, PVA-based glue stick or further adhesives. Do not use fans when 3D printing with NylonPower.
Buy PrimaSelect NylonPower Glass Fiber and you'll get the latest generation of high-performance filament for your 3D printer.
|Density||ISO 1183||1,00 g/cm3|
|Melting point||ISO 11357||180°C|
|Tensile Modulus||ISO 527||4000 MPa|
|Tensile Strength||ISO 527||95 MPa|
|Impact strength||ISO 179/2-1eU||80 kJ/m2|
|Shore hardness||ISO 2039-1||77 MPa|
|Heat deflection temp. HDT/A||ISO 75||160°C|
|Thermal expansion coefficient||ISO 11359||0,1 10-4/K|
|Max usage Temp. long term||ISO 2578||90-120°C|
|Max usage Temp. short term||ISO 2578D||150°C|
|Specific volume resistivity||IEC 60243||1011 Ωm|
|Linear mould shrinkage||ISO 294||0,5|