Engineering

Engineering materials with higher heat resistance, strength and stiffness, including fiber-reinforced grades.

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Products

Typical values. Refer to the actual TDS.

My nozzle reaches310 °C

Compare	Model	Nozzle temperature	Bed temperature	Print speed	Fan	Enclosed chamber	Drying before printing	Hardened steel nozzle	DensityISO 1183	Tensile strengthISO 527-2 · Printed specimen, XY	Heat deflection temperature (HDT)ISO 75 · 0.45 MPa	Note	Diameter	Net weight	Standard colors	Uses
	PLA-CF10GRN3D-PLA-C10	210–240 °C	45–65 °C	40–200 mm/s	100 %	Not needed	50–55 °C / 6–8 h	Required	1.25–1.30 g/cm³	35–55 MPa	55–65 °C	—	1.75 mm	1 kg	1101 Black	Jigs, brackets, drone parts
	PETG-CFGRN3D-PETG-C01	240–260 °C	70–85 °C	40–150 mm/s	30–60 %	Not needed	60–65 °C / 6–8 h	Required	1.28–1.32 g/cm³	45–60 MPa	70–80 °C	—	1.75 mm	1 kg	1101 Black	Functional parts, housings
	PET-CF15GRN3D-PET-C15	260–290 °C	70–100 °C	30–150 mm/s	0–30 %	Recommended	Required: 80–100 °C / 8–12 h	Required	1.35–1.45 g/cm³	60–90 MPa	80–120 °C (unannealed)	—	1.75 mm	1 kg	1101 Black	Heat-resistant jigs, automotive accessories
	PCGRN3D-PC-E01	260–300 °C	100–120 °C	30–120 mm/s	0–20 %	Recommended	Required: 80 °C / 8 h	Not needed	1.18–1.22 g/cm³	55–70 MPa	115–135 °C	—	1.75 mm	1 kg	9001 Clear, 1101 Black	Heat-resistant parts, transparent parts
	PC/ABSGRN3D-PCA-E01	250–280 °C	100–115 °C	30–120 mm/s	0–20 %	Recommended	80 °C / 6–8 h	Not needed	1.10–1.15 g/cm³	40–55 MPa	100–115 °C	—	1.75 mm	1 kg	1101 Black, 1001 White, 1003 Grey	Functional housings, structural parts
	PC Flame RetardantGRN3D-PC-X01	260–290 °C	100–120 °C	30–100 mm/s	0–20 %	Recommended	Required: 80 °C / 8 h	Not needed	1.20–1.26 g/cm³	55–65 MPa	—	Flame rating of printed parts: to be verified by GREENPOLYMER	1.75 mm	1 kg	1101 Black, 1001 White	Appliance housing samples, electronics jigs
	PA6GRN3D-PA6-E01	250–280 °C	70–100 °C	30–120 mm/s	0–30 %	Recommended	Required: 80 °C / 8–12 h	Not needed	1.12–1.15 g/cm³	40–70 MPa (dry)	—	Nylon absorbs moisture, strength drops after conditioning	1.75 mm	1 kg	9002 Natural, 1101 Black	Gears, hinges, wear parts
	PA6-CF20GRN3D-PA6-C20	260–300 °C	80–100 °C	30–120 mm/s	0–30 %	Recommended	Required: 80 °C / 8–12 h	Required	1.15–1.25 g/cm³	60–100 MPa (dry)	120–190 °C (dry)	—	1.75 mm	0.5 kg / 1 kg	1101 Black	Structural validation parts, jigs and fixtures
	PA6-GF25GRN3D-PA6-G25	260–290 °C	80–100 °C	30–120 mm/s	0–30 %	Recommended	Required: 80 °C / 8–12 h	Required	1.30–1.40 g/cm³	70–110 MPa (dry)	150–200 °C (dry)	—	1.75 mm	1 kg	1101 Black, 1003 Grey	Brackets, jigs
	PA12-CF10GRN3D-PA12-C10	250–290 °C	80–100 °C	30–120 mm/s	0–30 %	Recommended	Required: 80 °C / 8–12 h	Required	1.05–1.12 g/cm³	50–80 MPa	120–160 °C	—	1.75 mm	1 kg	1101 Black	Outdoor structural parts, jigs
	PPS-CF10GRN3D-PPS-C10 Planned	—	—	—	—	—	—	Required	—	—	—	Planned, parameters to be verified by GREENPOLYMER	1.75 mm	Planned	Planned	Chemical-resistant jigs
	PEEKGRN3D-PEEK-E01 Planned	—	—	—	—	—	—	—	—	—	—	Planned, parameters to be verified by GREENPOLYMER	1.75 mm	Planned	Planned	High-temperature parts
	PEKKGRN3D-PEKK-E01 Planned	—	—	—	—	—	—	—	—	—	—	Planned, parameters to be verified by GREENPOLYMER	1.75 mm	Planned	Planned	High-temperature parts

Typical values. Refer to the actual TDS. Parameters: to be corrected by GREENPOLYMER. GREENPOLYMER test data: to be verified by GREENPOLYMER.

Standard diameter 1.75 mm; 2.85 mm on request. Diameter tolerance ±0.03 mm (to be verified by GREENPOLYMER). Other colors available as OEM custom colors.

Usage tips

Models with "carbon fiber" or "glass fiber" wear brass nozzles; a hardened steel or similar wear-resistant nozzle is required.
The two digits in the model code give the fiber mass fraction; for example, GRN3D-PA6-C20 means 20 % carbon fiber. The values are set at common industry levels and are to be verified by GREENPOLYMER.
PA, PC and PET-CF absorb moisture markedly; they must be dried before printing, and feeding from a dry box while printing is recommended.
Print PC, PC/ABS, flame-retardant PC and PA types in an enclosed chamber.
Flame-retardant PC: The flammability rating of the pellets cannot be applied directly to printed parts. The flammability of printed parts depends on wall thickness, infill and print orientation, and must be confirmed by testing the printed parts. Certificate to be uploaded.
PPS, PEEK and PEKK are planned models; orders are not accepted yet, and their parameters are to be verified by GREENPOLYMER.

Selection and services

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Tell us about the part, material requirements, equipment and expected volume. We will recommend suitable grades and the validation data you need.

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