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PolyMide PA612-CF

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Brand: Polymaker

Temporarily out of stock

Condition: New product

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39,99 €

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Nylon filament with carbon fiber for sturdy parts with resistance to humidity and heat.

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Data sheet
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Usage tips
Specifications

PolyMide PA612-CF is a long chain copolyimide filament from the Polymaker portfolio, reinforced with 15% chopped carbon fibers by weight. Thanks to its chemical structure, this product has lower moisture sensitivity compared to PA6/66 and PA6-based materials, and better mechanical properties than PA12-based materials. PolyMide PA612-CF's aditional advantages include high rigidity, toughness, and resistance to high temperatures. The surface finish of printed PolyMide PA612-CF objects is excellent due to better fluidity of PolyMide PA612-CF and less fiber content.

The mechanical properties of annealed parts 3D printed with PA612-CF versus PA6-CF and PA12-CF

Image 1: The mechanical properties of annealed parts 3D printed with PA612-CF versus PA6-CF and PA12-CF. Source: Polymaker.

Image 1 shows a comparison of mechanical properties between the various varieties of nylon offered by Polymaker, in this case the PolyMide PA612-CF compared with the PA6-CF and PA12-CF. The dry samples were annealed at 80 ºC for 24 h and dried for 48 hours prior to testing. On the other hand, before being tested, the wet samples were immerged in ambient temperature water for 3 days.

Mounting plates for an agricultural drone 3D printed with PA612-CF filament

Image 2: Mounting plates for an agricultural drone 3D printed with PA612-CF filament. Source: Polymaker.

Due to is unique thermomechanical properties, the PolyMide PA612-CF filament turned out to be the perfect fit for 3D printing mounting plates for an agricultural drone. The use of PA612-CF in this application ensured the parts' vibration resistance, dimensional stability, and resistance to humidity. More about this use case can be read on the Polymaker website.

Polymaker advanced technologies

Nylon tends to warp due to its crystallization behavior, and this phenomenon can significantly influence the dimensional accuracy of printed parts. This is why, in addition to reinforcing the PA612 base with carbon fibers, Polymaker used the proprietary Warp-Free technology to enhance the size stability of the prints produced with the PolyMide PA612-CF filament. The Warp-Free technology is achieved by the fine control of micro-structure and crystallization behavior of the source nylon, which can help printed parts prevent warping and realize excellent dimensional stability.

Part 3D printed with PA612-CF filament

Image 3: Part 3D printed with PA612-CF filament. Source: Polymaker.

Another cutting-edge technology applied in the PolyMide PA612-CF filament is the Fiber Adhesion technology. This solution dramatically improves the Z-axis strength, via engineering the surface chemistry of the fibers to achieve a strong fiber/matrix bonding. In contrast to conventional fiber-reinforced filaments, which exhibit considerable reduction in Z-axis strength, PolyMide PA612-CF provides higher interlayer adhesion compared to unreinforced PA612.

Printing recommendations

When using PolyMide PA612-CF as a self-support, it is important to remove the support structure right after printing. Leaving the part exposed to atmospheric moisture may result in strong bonding between the support and printed part, making support removal difficult. Alternatively, the PolySupport For PA12 can be used to 3D print the support structures for PolyMide PA612-CF. In that case, a 3D printer with a dual extruder setup is best, for example the Raise3D E2CF printer designed specially for working with fiber-reinforced filaments.

	As printed	Annealed at 80 ºC
Tensile Strength (MPa)	60.6 ± 0.27	86.1 ± 1.0
Young’s Modulus (MPa)	3364.6 ± 174.0	4735.7 ± 87.9
Bending Strength (MPa)	88.3 ± 1.8	125.1 ± 2.6
HDT @ 1.8 MPa	55 ºC	115 ºC

Table 1: The annealing process increases the parts' mechanical and thermal resistance. Source: Polymaker.

Polymaker highly recommends annealing all models printed in PolyMide PA612-CF. This allows users to take advantage of the full mechanical and thermal properties of this material. The annealing process consists of putting the model in an oven at 80˚C for 6 hours. Once annealed, the parts demonstrate significantly higher tensile strength, tensile modulus, bending strength and heat deflection temperature.

Equipment recommendations

If printing PolyMide PA612-CF at low temperature (250-260 ºC) on a general desktop 3D printer, it is highly recommended to use a hardened nickel-coated brass nozzle, for example, the Bondtech CHT BiMetal nozzle. Brass nozzle will give better thermal conductivity than a hardened nozzle such as stainless steel. Polymaker also recommends using a 3D printer equipped with a full metal hotend that can maintain a stable temperature of at least > 250 ˚C. Furthermore, PolyMide PA612-CF is a very stiff filament, so it is required to have a good setup to ensure good feeding by avoiding excessive bending in the filament guide system.

Elongation at break (%)	3
Tensile strength (MPa)	86
Tensile modulus (MPa)	4735
Flexural strength (MPa)	125
Flexural modulus (MPa)	4331
Fiber reinforced	Fiber reinforced
Moisture resistance	Moisture resistance
Chemical resistance	Chemical resistance
Hide color variations	(Hide color variations)

PA612-CF Datasheet

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PA612-CF Safety Datasheet

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The recommended printing temperature for PolyMide PA612-CF is between 250-300°C and the best bed temperature is 25-50°C (fan off). The recommended print speed is 30-60 mm/s. It is highly recommended to anneal the 3D printed parts at 80 ºC for 6 hours in order to reinforce their mechanical properties. Should adhesion problems occur, the manufacturer recommends using PVP glue or Magigoo PA.

Due to the fact that the PolyMide PA612-CF filament contains carbon fibers, an abrasion resistant nozzle with a diameter of at least 0.4-0.6 mm. should be used in order to avoid excessive nozzle wear and extrusion problems. Some examples of abrasion resistant nozzles are hardened steel nozzles, vanadium nozzles or ruby tip nozzles but Polymaker recommends a hardened nickel-coated brass nozzle such as the Bondtech CHT BiMetal nozzle due to the better thermal conductivity offered by brass.

Proper storage of the PolyMide PA612-CF filament is essential, as processing damp filament can lead to polymer chain degradation, fragility, poor layer adhesion, stringing, and oozing. It's best to store the filament in a sealed bag with desiccant or in a vacuum-sealed filament container.

Should the filament absorb excess humidity, it should be dried in a filament dryer for 8 hours at 100 ºC before printing. During 3D printing, the PolyBox can be used to additionally protect the filament from moisture absorption.

General Information
Manufacturer	Polymaker (Europe)
Material	PA612-CF
Format	500 g Spool
Density (ISO 1183)	1.03 g/cm³
Filament Diameter	1.75 or 2.85 mm
Diameter Tolerance	±0.05 mm
Filament Length	±201.8 m (Ø 1.75 mm - 0.5 kg) ±76.1 m (Ø 2.85 mm - 0.5 kg)
Color	Black
RAL/Pantone	-
Printing Properties
Printing Temperature	250 - 300 ºC
Bed Temperature	25 - 50 ºC
Chamber Temperature	-
Layer Fan	✗
Printing Speed	30-60 mm/s
Raft Separation Distance	0.1 - 0.2 mm
Retraction	Direct: 3 mm Indirect: 6 mm
Retraction Speed	Direct: 40 mm/s Indirect: 60 mm/s
Overhang Angle	60º
Drying Settings	8 hours @ 100 ºC
Mechanical Properties
Izod Impact Resistance	-
Charpy Impact Resistance (ISO 179)	6.8 ± 0.3 kJ/m²
Break Elongation (ISO 527)	XY: 2.8 ± 0.1 % Z: 1.7 ± 0.1 %
Tensile Strength (ISO 527)	XY: 86.0 ± 0.9 MPa Z: 29.9 ± 2.1 MPa
Tensile Modulus (ISO 527)	XY: 4735.7 ± 87.8 MPa Z: 2085.8 ± 91.7 MPa
Bending Strength (ISO 178)	XY: 125.1 ± 2.6 MPa Z: -
Bending Modulus (ISO 178)	XY: 4331.2 ± 90.0 MPa Z: -
Surface Hardness	-
Thermal Properties
Softening Temperature	-
Melting Temperature	210 ºC
Specific Properties
Transparency	✗
Additional Information
HS Code	3916.9
Reel Diameter (outer)	200 mm
Reel Diameter (inner hole)	55 mm
Reel Width	65.6 mm

* The typical values detailed in this table should be considered as a reference. Actual values may vary depending on the 3D printer model used, part design, and printing conditions. We advise confirming results and final properties with your own tests. For more information, refer to the product's technical data sheet.