ABS-PC-Alloy-Material-Filament-

ABS-PC Alloy Material Filament TDS

ABS-PC Alloy Material Filament - 1.75mm±0.03mm (1kg)

€32,99

Los gastos de envío se calculan en la pantalla de pago.

Pros

High-performance PC/ABS blend offers excellent heat resistance and impact strength, ideal for functional parts.

Precise 1.75mm±0.03mm diameter ensures smooth printing with no warping, plus low odor for user comfort.

Vacuum-sealed 1kg spool preserves freshness, while industrial-grade quality suits high-temperature applications.

Color: White

White

Variantes de producto

Quantity

Product specifications

Printing Speed	30-300mm/s
Nozzle temperature	240-260℃
Build plate temperature	70-80℃

Color: White

White

Injection Alloy Filament

The ERYONE Alloy Filament is a high-performance composite material made from a

combination of PC and ABS. It offers excellent heat resistance, high toughness, low odor, impact

resistance, and printing stability, with a heated bed temperature requirement of only 70°C and a

tensile strength of approximately 23MPa. Its high precision and low warping characteristics make

it ideal for printing high-strength mechanical parts such as gears and screws, particularly suitable

for functional part manufacturing in high-temperature environments. It is a high-quality 3D

printing material that balances performance and ease of use.

Part I:Suggests Printing Parameters

Parameter	Set up
Nozzle temperature	240-260 ℃
Bed temperature	70-80℃
Bed materia	glass, PEI, spring steel plate
Bottom printing temperature	250-260 ℃
Sealed printing	Supports open printing; better results with enclosure.
Printing speed	30-300mm/s
Drying conditions	70-80℃, 12h

Part II: Physical Properties of Materials

Property	Testing Method	Unit	Typical Value
Density(g/cm³ at 21.5 ° C）	ASTM D792 (ISO 1183, GB/T 1033)	g/cm³	1.05-1.11
Water absorption rate	ASTM D750	%	<0.7
Heat distortion temperature(° C)	ASTM D648 1.8MPa 0.45MPa	℃	65-67
Melt Index(g/10 min)	220 ° C, 10kg 240 ° C, 2.16 kg	g/10min	17-23

Part III: Mechanical Properties of Printed Samples

Property	Test conditions	Test standards	unit	Typical Value
Tensile strength X-Y	50mm/min	GB/T 1040.4	MPa	37.2
Elastic modulus X-Y	50mm/min	GB/T 1040.1-2006	MPa	1532.9
Elongation at break X-Y	50mm/min	GB/T 1040.4	MPa	4.5
Tensile strength X-Z	50mm/min	GB/T 1843	MPa	22.3
Elastic modulus X-Z	50mm/min	GB/T 1040.1-2006	MPa	1375.3
Elongation at break X-Z	50mm/min	GB/T 1040.4	%	3.2
Bending strength	2mm/min	GB/T 9341	MPa	52.8
Bending modulus	2mm/min	GB/T 9341	MPa	1857.1
Charpy Impact strenght	2.75J	GB/T 1843	kJ/m2	14.3

Note: All splines are printed under the following conditions: printing temperature=260 ° C, printing speed=80mm/s, base plate 70° C, filling=100%, nozzle diameter=0.4mm

Material Characteristics

No warping, easy to print, low odor, high impact strength, drop resistance alloy material is a functional material that is easy to print, will not warp and crack.

Model Printing

Due to its high impact strength, it is also very suitable for the printing of some functional parts.

Exceptionally Strong and Heat-Resistant PC Filament

ERYONE 1.75 mm polycarbonate fiber is the strongest and most heat-resistant of any 3D fiber material that can be printed with a consumer-grade printer.

Preserve Freshness with Vacuum-Sealed Packaging

Maintain the integrity of the filaments with vacuum-sealed packaging. Make sure every spool is in top condition for reliable 3D printing.

FAQs

What temperature settings are needed for printing this filament?

It requires a heated bed of 70°C and a chamber temperature of 90-100°C for optimal results.

Is this filament suitable for beginner 3D printers?

Yes, it’s easy to print with low warping, strong layer adhesion, and minimal issues, balancing performance and usability.

What makes it ideal for functional parts like gears?

Its high impact strength, heat resistance, and tensile strength (~23MPa) ensure durability in mechanical applications.

How is the filament kept in good condition?

It comes in vacuum-sealed packaging to prevent moisture, preserving freshness and print quality.