Selection guide

Find materials by requirement

A light gray molded housing with screw bosses, vent slots and ribs on top, a small flame at one corner and a green UL 94 V-0 mark on its side.

V-0 flame retardancy, halogen-free

WhyPC chars easily when it burns, so it reaches high flammability ratings relatively easily even with halogen-free systems.

Candidate gradesGRN-PCA-N510 GRN-PCA-N520 GRN-PC-N510 Request samples of these grades

NoteA flammability rating belongs to a test thickness. "V-0 @ 1.5 mm" is not the same as "V-0 @ 1.0 mm". Check against the thinnest wall of the part.

01V-0 flame retardancy, halogen-free
02No fluorinated anti-drip agent (PFAS-free)
03High-gloss, mold-in-color (paint-free) cosmetic parts
04Outdoor use, weather resistance needed
05Must not become brittle at low temperatures
06Lightweighting by replacing metal with plastic
07Recycled (PCR) content needed
08Brand-specific colors needed
09Parts near heat sources, long-term heat resistance needed

Minimum heat deflection temperature≥ 40 °CMinimum tensile strength≥ 20 MPaMinimum notched impact strengthCharpy notched impact strength (kJ/m²) · ISO 179-1/1eA, 23 °C≥ 2 kJ/m²

28 / 28 grades match

Example grade / typical values — to be corrected by GREENPOLYMER

Grades by heat resistance and toughness

Grade	Name	Heat deflection temperature (°C)ISO 75-1/-2, 1.80 MPa	Charpy notched impact strength (kJ/m²)ISO 179-1/1eA, 23 °C	Tensile strength (MPa)ISO 527-1/-2	Flammability rating
GRN-PP-N510	Halogen-free flame-retardant PP	55–65	3–6	20–28	V-0
GRN-ABS-F510	Flame-retardant ABS	75–85	8–15	38–45	V-0
GRN-PCA-N520	Halogen-free flame-retardant PC/ABS (thin-wall, high-flow)	75–88	8–20	55–62	V-0
GRN-ABS-G110	General-purpose ABS	80–95	15–25	40–50	HB
GRN-ABS-H120	High-impact ABS	80–90	25–40	38–45	HB
GRN-ABS-A110	High-gloss ABS	80–90	12–22	42–50	HB
GRN-PCA-N510	Halogen-free flame-retardant PC/ABS	80–95	10–30	55–65	V-0
GRN-PCA-S520	Silicone-based flame-retardant PC/ABS	85–100	15–40	50–60	V-0
GRN-ASA-W110	Weather-resistant ASA	85–95	8–15	40–50	HB
GRN-PCAS-W510	Flame-retardant weather-resistant PC/ASA	85–100	15–35	48–58	V-1
GRN-PPE-N510	Halogen-free flame-retardant mPPE	90–120	8–15	50–65	V-0
GRN-POM-G110	General-purpose copolymer POM	90–105	5–8	60–68	HB
GRN-PCA-T310	Heat-resistant PC/ABS	95–115	35–55	50–60	HB
GRN-PCA-H320	Low-temperature high-impact PC/ABS	95–110	45–65	48–56	HB
GRN-PCA-W310	Weather-resistant PC/ABS	95–110	35–55	50–58	HB
GRN-PCAS-W310	Weather-resistant PC/ASA	95–110	30–50	50–60	HB
GRN-PCA-E510	Flame-retardant glass-fiber-reinforced PC/ABS	100–120	6–12	70–95	V-0
GRN-PC-N510	Halogen-free flame-retardant PC	115–128	20–50	60–68	V-0
GRN-PC-S520	Silicone-based flame-retardant PC	118–130	35–60	58–66	V-0
GRN-PP-E510	Flame-retardant glass-fiber-reinforced PP	120–145	5–9	50–70	V-0
GRN-PC-L110	Transparent PC	125–135	60–80	60–68	HB
GRN-PC-L120	IR-transmissive black PC	125–135	60–80	60–68	HB
GRN-PA6-E510	Flame-retardant glass-fiber-reinforced PA6 (GFRPA)	190–205	8–12	130–160	V-0
GRN-PA6-C510	Flame-retardant carbon-fiber-reinforced PA6 (CFRPA)	190–210	6–10	160–220	V-0
GRN-PA6-C310	Carbon-fiber-reinforced PA6 (CFRPA)	200–215	8–14	180–250	HB
GRN-PA6-E310	Glass-fiber-reinforced PA6 (GF30, non-flame-retardant)	200–215	10–15	160–190	HB
GRN-PBT-E510	Flame-retardant glass-fiber-reinforced PBT (high CTI)	200–215	6–10	100–130	V-0
GRN-PA66-E510	Halogen-free flame-retardant glass-fiber-reinforced PA66	230–250	8–12	140–170	V-0

For buyers and R&D engineers. First define the requirements the part must meet, then look at the candidate grades and validation points. Typical values. Refer to the actual TDS. This applies to all values in the tables. For grade details, see Products.

Filter grades by requirement

Example grade / typical values — to be corrected by GREENPOLYMER

28 grades

GRN-ABS-G110
General-purpose ABSHDT 80–95 °CUL 94 HB
Grade data

GRN-ABS-G110

General-purpose ABS

Tensile strengthISO 527-1/-2

40–50 MPa
Charpy notched impact strengthISO 179-1/1eA · 23 °C

15–25 kJ/m²
Heat deflection temperatureISO 75-1/-2 · 1.80 MPa

80–95 °C
DensityISO 1183

1.03–1.06 g/cm³
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Typical values
Flammability ratingUL 94 · 1.5 mm; design target, subject to test report

HB
Processing
Drying
80–85 °C, 2–4 h; moisture content below 0.1 % recommended
Melt temperature
210–250 °C; flame-retardant grades at the lower end, usually not above 230 °C
Mold temperature
40–80 °C; upper end for high-gloss parts
Example grade / typical values — to be corrected by GREENPOLYMER
GRN-ABS-H120
High-impact ABSHDT 80–90 °CUL 94 HB
Grade data

GRN-ABS-H120

High-impact ABS

Tensile strengthISO 527-1/-2

38–45 MPa
Charpy notched impact strengthISO 179-1/1eA · 23 °C

25–40 kJ/m²
Heat deflection temperatureISO 75-1/-2 · 1.80 MPa

80–90 °C
DensityISO 1183

1.03–1.05 g/cm³
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Typical values
Flammability ratingUL 94 · 1.5 mm; design target, subject to test report

HB
Processing
Drying
80–85 °C, 2–4 h; moisture content below 0.1 % recommended
Melt temperature
210–250 °C; flame-retardant grades at the lower end, usually not above 230 °C
Mold temperature
40–80 °C; upper end for high-gloss parts
Example grade / typical values — to be corrected by GREENPOLYMER
GRN-ABS-A110
High-gloss ABSHDT 80–90 °CUL 94 HB
Grade data

GRN-ABS-A110

High-gloss ABS

Tensile strengthISO 527-1/-2

42–50 MPa
Charpy notched impact strengthISO 179-1/1eA · 23 °C

12–22 kJ/m²
Heat deflection temperatureISO 75-1/-2 · 1.80 MPa

80–90 °C
DensityISO 1183

1.04–1.06 g/cm³
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Typical values
Flammability ratingUL 94 · 1.5 mm; design target, subject to test report

HB
Processing
Drying
80–85 °C, 2–4 h; moisture content below 0.1 % recommended
Melt temperature
210–250 °C; flame-retardant grades at the lower end, usually not above 230 °C
Mold temperature
40–80 °C; upper end for high-gloss parts
Example grade / typical values — to be corrected by GREENPOLYMER
GRN-ABS-F510
Flame-retardant ABSHDT 75–85 °CUL 94 V-0
Grade data

GRN-ABS-F510

Flame-retardant ABS

Tensile strengthISO 527-1/-2

38–45 MPa
Flammability ratingUL 94 · 1.5 mm; design target, subject to test report

V-0
Charpy notched impact strengthISO 179-1/1eA · 23 °C

8–15 kJ/m²
Heat deflection temperatureISO 75-1/-2 · 1.80 MPa

75–85 °C
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Typical values
DensityISO 1183

1.16–1.20 g/cm³
Processing
Drying
80–85 °C, 2–4 h; moisture content below 0.1 % recommended
Melt temperature
210–250 °C; flame-retardant grades at the lower end, usually not above 230 °C
Mold temperature
40–80 °C; upper end for high-gloss parts
Example grade / typical values — to be corrected by GREENPOLYMER
GRN-PCA-T310
Heat-resistant PC/ABSHDT 95–115 °CUL 94 HB
Grade data

GRN-PCA-T310

Heat-resistant PC/ABS

Tensile strengthISO 527-1/-2

50–60 MPa
Charpy notched impact strengthISO 179-1/1eA · 23 °C

35–55 kJ/m²
Heat deflection temperatureISO 75-1/-2 · 1.80 MPa

95–115 °C
DensityISO 1183

1.12–1.16 g/cm³
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Typical values
Flammability ratingUL 94 · 1.5 mm; design target, subject to test report

HB
Processing
Drying
100–110 °C, 3–4 h
Melt temperature
250–280 °C
Mold temperature
60–90 °C
Example grade / typical values — to be corrected by GREENPOLYMER
GRN-PCA-H320
Low-temperature high-impact PC/ABSHDT 95–110 °CUL 94 HB
Grade data

GRN-PCA-H320

Low-temperature high-impact PC/ABS

Tensile strengthISO 527-1/-2

48–56 MPa
Charpy notched impact strengthISO 179-1/1eA · 23 °C; −30 °C: 25–40 kJ/m²

45–65 kJ/m²
Heat deflection temperatureISO 75-1/-2 · 1.80 MPa

95–110 °C
DensityISO 1183

1.12–1.15 g/cm³
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Typical values
Flammability ratingUL 94 · 1.5 mm; design target, subject to test report

HB
Processing
Drying
100–110 °C, 3–4 h
Melt temperature
250–280 °C
Mold temperature
60–90 °C
Example grade / typical values — to be corrected by GREENPOLYMER
GRN-PCA-W310
Weather-resistant PC/ABSHDT 95–110 °CUL 94 HB
Grade data

GRN-PCA-W310

Weather-resistant PC/ABS

Tensile strengthISO 527-1/-2

50–58 MPa
Weathering (color difference)ISO 4892-2 · Xenon-arc 1000 h; design target

ΔE ≤ 3
Charpy notched impact strengthISO 179-1/1eA · 23 °C

35–55 kJ/m²
Heat deflection temperatureISO 75-1/-2 · 1.80 MPa

95–110 °C
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Typical values
DensityISO 1183

1.12–1.16 g/cm³
Flammability ratingUL 94 · 1.5 mm; design target, subject to test report

HB
Processing
Drying
100–110 °C, 3–4 h
Melt temperature
250–280 °C
Mold temperature
60–90 °C
Example grade / typical values — to be corrected by GREENPOLYMER
GRN-PCA-N510
Halogen-free flame-retardant PC/ABSHDT 80–95 °CUL 94 V-0
Grade data

GRN-PCA-N510

Halogen-free flame-retardant PC/ABS

Tensile strengthISO 527-1/-2

55–65 MPa
Flammability ratingUL 94 · 1.5 mm; design target, subject to test report

V-0
Charpy notched impact strengthISO 179-1/1eA · 23 °C

10–30 kJ/m²
Heat deflection temperatureISO 75-1/-2 · 1.80 MPa

80–95 °C
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Typical values
DensityISO 1183

1.17–1.20 g/cm³
Processing
Drying
100–110 °C, 3–4 h
Melt temperature
250–280 °C
Mold temperature
60–90 °C
Example grade / typical values — to be corrected by GREENPOLYMER
GRN-PCA-N520
Halogen-free flame-retardant PC/ABS (thin-wall, high-flow)HDT 75–88 °CUL 94 V-0
Grade data

GRN-PCA-N520

Halogen-free flame-retardant PC/ABS (thin-wall, high-flow)

Tensile strengthISO 527-1/-2

55–62 MPa
Flammability ratingUL 94 · 1.0 mm; design target, subject to test report

V-0
Charpy notched impact strengthISO 179-1/1eA · 23 °C

8–20 kJ/m²
Heat deflection temperatureISO 75-1/-2 · 1.80 MPa

75–88 °C
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Typical values
DensityISO 1183

1.17–1.20 g/cm³
Processing
Drying
100–110 °C, 3–4 h
Melt temperature
250–280 °C
Mold temperature
60–90 °C
Example grade / typical values — to be corrected by GREENPOLYMER
GRN-PCA-S520
Silicone-based flame-retardant PC/ABSHDT 85–100 °CUL 94 V-0
Grade data

GRN-PCA-S520

Silicone-based flame-retardant PC/ABS

Tensile strengthISO 527-1/-2

50–60 MPa
Flammability ratingUL 94 · 1.5 mm; design target, subject to test report

V-0
Charpy notched impact strengthISO 179-1/1eA · 23 °C

15–40 kJ/m²
Heat deflection temperatureISO 75-1/-2 · 1.80 MPa

85–100 °C
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Typical values
DensityISO 1183

1.15–1.20 g/cm³
Processing
Drying
100–110 °C, 3–4 h
Melt temperature
250–280 °C
Mold temperature
60–90 °C
Example grade / typical values — to be corrected by GREENPOLYMER
GRN-PCA-E510
Flame-retardant glass-fiber-reinforced PC/ABSHDT 100–120 °CUL 94 V-0
Grade data

GRN-PCA-E510

Flame-retardant glass-fiber-reinforced PC/ABS

Tensile strengthISO 527-1/-2

70–95 MPa
Flammability ratingUL 94 · 1.5 mm; design target, subject to test report

V-0
Flexural modulusISO 178

4–6.5 GPa
Heat deflection temperatureISO 75-1/-2 · 1.80 MPa

100–120 °C
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Typical values
Charpy notched impact strengthISO 179-1/1eA · 23 °C

6–12 kJ/m²
DensityISO 1183

1.25–1.35 g/cm³
Processing
Drying
100–110 °C, 3–4 h
Melt temperature
250–280 °C
Mold temperature
60–90 °C
Example grade / typical values — to be corrected by GREENPOLYMER
GRN-PC-N510
Halogen-free flame-retardant PCHDT 115–128 °CUL 94 V-0
Grade data

GRN-PC-N510

Halogen-free flame-retardant PC

Tensile strengthISO 527-1/-2

60–68 MPa
Flammability ratingUL 94 · 1.5 mm; design target, subject to test report

V-0
Charpy notched impact strengthISO 179-1/1eA · 23 °C

20–50 kJ/m²
Heat deflection temperatureISO 75-1/-2 · 1.80 MPa

115–128 °C
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Typical values
DensityISO 1183

1.20–1.24 g/cm³
Processing
Drying
120 °C, 3–4 h; moisture content ≤ 0.02 % recommended
Melt temperature
280–310 °C; for flame-retardant grades keep within the TDS upper limit
Mold temperature
80–110 °C
Example grade / typical values — to be corrected by GREENPOLYMER
GRN-PC-S520
Silicone-based flame-retardant PCHDT 118–130 °CUL 94 V-0
Grade data

GRN-PC-S520

Silicone-based flame-retardant PC

Tensile strengthISO 527-1/-2

58–66 MPa
Flammability ratingUL 94 · 1.5 mm; design target, subject to test report

V-0
Charpy notched impact strengthISO 179-1/1eA · 23 °C

35–60 kJ/m²
Heat deflection temperatureISO 75-1/-2 · 1.80 MPa

118–130 °C
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Typical values
DensityISO 1183

1.19–1.22 g/cm³
Processing
Drying
120 °C, 3–4 h; moisture content ≤ 0.02 % recommended
Melt temperature
280–310 °C; for flame-retardant grades keep within the TDS upper limit
Mold temperature
80–110 °C
Example grade / typical values — to be corrected by GREENPOLYMER
GRN-PA6-E510
Flame-retardant glass-fiber-reinforced PA6 (GFRPA)HDT 190–205 °CUL 94 V-0
Grade data

GRN-PA6-E510

Flame-retardant glass-fiber-reinforced PA6 (GFRPA)

Tensile strengthISO 527-1/-2 · dry

130–160 MPa
Flammability ratingUL 94 · 1.5 mm; design target, subject to test report

V-0
Flexural modulusISO 178

8–10 GPa
Heat deflection temperatureISO 75-1/-2 · 1.80 MPa

190–205 °C
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Typical values
Charpy notched impact strengthISO 179-1/1eA · 23 °C; dry

8–12 kJ/m²
DensityISO 1183

1.40–1.50 g/cm³
Processing
Drying
80 °C, 4–6 h (desiccant dryer); moisture content 0.05–0.2 % recommended
Melt temperature
260–290 °C
Mold temperature
80–100 °C; upper end for a better surface
Example grade / typical values — to be corrected by GREENPOLYMER
GRN-PA6-C510
Flame-retardant carbon-fiber-reinforced PA6 (CFRPA)HDT 190–210 °CUL 94 V-0
Grade data

GRN-PA6-C510

Flame-retardant carbon-fiber-reinforced PA6 (CFRPA)

Tensile strengthISO 527-1/-2 · dry

160–220 MPa
Flammability ratingUL 94 · 1.5 mm; design target, subject to test report

V-0
Flexural modulusISO 178

12–18 GPa
Heat deflection temperatureISO 75-1/-2 · 1.80 MPa

190–210 °C
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Typical values
Charpy notched impact strengthISO 179-1/1eA · 23 °C; dry

6–10 kJ/m²
DensityISO 1183

1.25–1.35 g/cm³
Processing
Drying
80 °C, 4–6 h (desiccant dryer); moisture content 0.05–0.2 % recommended
Melt temperature
260–290 °C
Mold temperature
80–100 °C; upper end for a better surface
Example grade / typical values — to be corrected by GREENPOLYMER
GRN-PA6-C310
Carbon-fiber-reinforced PA6 (CFRPA)HDT 200–215 °CUL 94 HB
Grade data

GRN-PA6-C310

Carbon-fiber-reinforced PA6 (CFRPA)

Tensile strengthISO 527-1/-2 · dry

180–250 MPa
Flexural modulusISO 178

13–20 GPa
Heat deflection temperatureISO 75-1/-2 · 1.80 MPa

200–215 °C
Charpy notched impact strengthISO 179-1/1eA · 23 °C; dry

8–14 kJ/m²
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Typical values
DensityISO 1183

1.20–1.28 g/cm³
Flammability ratingUL 94 · 1.5 mm; design target, subject to test report

HB
Processing
Drying
80 °C, 4–6 h (desiccant dryer); moisture content 0.05–0.2 % recommended
Melt temperature
260–290 °C
Mold temperature
80–100 °C; upper end for a better surface
Example grade / typical values — to be corrected by GREENPOLYMER
GRN-PA6-E310
Glass-fiber-reinforced PA6 (GF30, non-flame-retardant)HDT 200–215 °CUL 94 HB
Grade data

GRN-PA6-E310

Glass-fiber-reinforced PA6 (GF30, non-flame-retardant)

Tensile strengthISO 527-1/-2 · dry

160–190 MPa
Flexural modulusISO 178 · dry

8.5–10 GPa
Heat deflection temperatureISO 75-1/-2 · 1.80 MPa

200–215 °C
Charpy notched impact strengthISO 179-1/1eA · 23 °C; dry

10–15 kJ/m²
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Typical values
DensityISO 1183

1.34–1.38 g/cm³
Flammability ratingUL 94 · 1.5 mm; design target, subject to test report

HB
Processing
Drying
80 °C, 4–6 h (desiccant dryer); moisture content 0.05–0.2 % recommended
Melt temperature
260–290 °C
Mold temperature
80–100 °C; upper end for a better surface
Example grade / typical values — to be corrected by GREENPOLYMER
GRN-PA66-E510
Halogen-free flame-retardant glass-fiber-reinforced PA66HDT 230–250 °CUL 94 V-0
Grade data

GRN-PA66-E510

Halogen-free flame-retardant glass-fiber-reinforced PA66

Tensile strengthISO 527-1/-2 · dry

140–170 MPa
Flammability ratingUL 94 · 1.5 mm; design target, subject to test report

V-0
Flexural modulusISO 178

8–10 GPa
Heat deflection temperatureISO 75-1/-2 · 1.80 MPa

230–250 °C
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Typical values
Charpy notched impact strengthISO 179-1/1eA · 23 °C; dry

8–12 kJ/m²
DensityISO 1183

1.45–1.55 g/cm³
Processing
Drying
80 °C, 4–6 h (desiccant dryer); moisture content 0.05–0.2 % recommended
Melt temperature
280–300 °C; do not exceed the TDS upper limit for flame-retardant grades
Mold temperature
80–110 °C
Example grade / typical values — to be corrected by GREENPOLYMER
GRN-PBT-E510
Flame-retardant glass-fiber-reinforced PBT (high CTI)HDT 200–215 °CUL 94 V-0
Grade data

GRN-PBT-E510

Flame-retardant glass-fiber-reinforced PBT (high CTI)

Tensile strengthISO 527-1/-2

100–130 MPa
Comparative tracking index (CTI)IEC 60112 · design target

≥ 600 V
Flammability ratingUL 94 · 1.5 mm; design target, subject to test report

V-0
Flexural modulusISO 178

8–10 GPa
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Typical values
Heat deflection temperatureISO 75-1/-2 · 1.80 MPa

200–215 °C
Charpy notched impact strengthISO 179-1/1eA · 23 °C

6–10 kJ/m²
DensityISO 1183

1.55–1.70 g/cm³
Processing
Drying
120 °C, 3–4 h (desiccant dryer); moisture content ≤ 0.02 %
Melt temperature
240–270 °C
Mold temperature
60–90 °C; upper end when surface and dimensional stability matter
Example grade / typical values — to be corrected by GREENPOLYMER
GRN-PPE-N510
Halogen-free flame-retardant mPPEHDT 90–120 °CUL 94 V-0
Grade data

GRN-PPE-N510

Halogen-free flame-retardant mPPE

Tensile strengthISO 527-1/-2

50–65 MPa
Flammability ratingUL 94 · 1.5 mm; design target, subject to test report

V-0
Charpy notched impact strengthISO 179-1/1eA · 23 °C

8–15 kJ/m²
Heat deflection temperatureISO 75-1/-2 · 1.80 MPa

90–120 °C
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Typical values
DensityISO 1183

1.06–1.12 g/cm³
Processing
Drying
100–110 °C, 2–4 h
Melt temperature
260–300 °C
Mold temperature
70–100 °C
Example grade / typical values — to be corrected by GREENPOLYMER
GRN-PP-N510
Halogen-free flame-retardant PPHDT 55–65 °CUL 94 V-0
Grade data

GRN-PP-N510

Halogen-free flame-retardant PP

Tensile strengthISO 527-1/-2

20–28 MPa
Flammability ratingUL 94 · 1.5 mm; design target, subject to test report

V-0
Charpy notched impact strengthISO 179-1/1eA · 23 °C

3–6 kJ/m²
Heat deflection temperatureISO 75-1/-2 · 1.80 MPa

55–65 °C
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Typical values
DensityISO 1183

1.00–1.10 g/cm³
Processing
Drying
Usually not needed; if damp, 80 °C, 1–2 h
Melt temperature
190–220 °C (not too high for flame-retardant grades)
Mold temperature
30–60 °C
Example grade / typical values — to be corrected by GREENPOLYMER
GRN-PP-E510
Flame-retardant glass-fiber-reinforced PPHDT 120–145 °CUL 94 V-0
Grade data

GRN-PP-E510

Flame-retardant glass-fiber-reinforced PP

Tensile strengthISO 527-1/-2

50–70 MPa
Flammability ratingUL 94 · 1.5 mm; design target, subject to test report

V-0
Flexural modulusISO 178

4–6 GPa
Heat deflection temperatureISO 75-1/-2 · 1.80 MPa

120–145 °C
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Typical values
Charpy notched impact strengthISO 179-1/1eA · 23 °C

5–9 kJ/m²
DensityISO 1183

1.15–1.30 g/cm³
Processing
Drying
Usually not needed; if damp, 80 °C, 1–2 h
Melt temperature
190–220 °C (not too high for flame-retardant grades)
Mold temperature
30–60 °C
Example grade / typical values — to be corrected by GREENPOLYMER
GRN-ASA-W110
Weather-resistant ASAHDT 85–95 °CUL 94 HB
Grade data

GRN-ASA-W110

Weather-resistant ASA

Tensile strengthISO 527-1/-2

40–50 MPa
Weathering (color difference)ISO 4892-2 · Xenon-arc 1000 h; design target

ΔE ≤ 3
Charpy notched impact strengthISO 179-1/1eA · 23 °C

8–15 kJ/m²
Heat deflection temperatureISO 75-1/-2 · 1.80 MPa

85–95 °C
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Typical values
DensityISO 1183

1.06–1.08 g/cm³
Flammability ratingUL 94 · 1.5 mm; design target, subject to test report

HB
Processing
Drying
80–85 °C, 2–4 h
Melt temperature
230–260 °C
Mold temperature
50–80 °C
Example grade / typical values — to be corrected by GREENPOLYMER
GRN-PCAS-W310
Weather-resistant PC/ASAHDT 95–110 °CUL 94 HB
Grade data

GRN-PCAS-W310

Weather-resistant PC/ASA

Tensile strengthISO 527-1/-2

50–60 MPa
Weathering (color difference)ISO 4892-2 · Xenon-arc 1000 h; design target

ΔE ≤ 3
Charpy notched impact strengthISO 179-1/1eA · 23 °C

30–50 kJ/m²
Heat deflection temperatureISO 75-1/-2 · 1.80 MPa

95–110 °C
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Typical values
DensityISO 1183

1.14–1.17 g/cm³
Flammability ratingUL 94 · 1.5 mm; design target, subject to test report

HB
Processing
Drying
80–85 °C, 2–4 h
Melt temperature
230–260 °C
Mold temperature
50–80 °C
Example grade / typical values — to be corrected by GREENPOLYMER
GRN-PCAS-W510
Flame-retardant weather-resistant PC/ASAHDT 85–100 °CUL 94 V-1
Grade data

GRN-PCAS-W510

Flame-retardant weather-resistant PC/ASA

Tensile strengthISO 527-1/-2

48–58 MPa
Weathering (color difference)ISO 4892-2 · Xenon-arc 1000 h; design target

ΔE ≤ 3
Flammability ratingGB/T 5169.16 / UL 94 · 1.5 mm; design target, subject to test report

V-1
Charpy notched impact strengthISO 179-1/1eA · 23 °C

15–35 kJ/m²
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Heat deflection temperatureISO 75-1/-2 · 1.80 MPa

85–100 °C
DensityISO 1183

1.18–1.25 g/cm³
Processing
Drying
80–85 °C, 2–4 h
Melt temperature
230–260 °C
Mold temperature
50–80 °C
Example grade / typical values — to be corrected by GREENPOLYMER
GRN-PC-L110
Transparent PCHDT 125–135 °CUL 94 HB
Grade data

GRN-PC-L110

Transparent PC

Tensile strengthISO 527-1/-2

60–68 MPa
Light transmittanceISO 13468-1 · 3 mm; design target

≥ 88 %
Charpy notched impact strengthISO 179-1/1eA · 23 °C

60–80 kJ/m²
Heat deflection temperatureISO 75-1/-2 · 1.80 MPa

125–135 °C
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DensityISO 1183

1.19–1.21 g/cm³
Flammability ratingUL 94 · 1.5 mm; design target, subject to test report

HB
Processing
Drying
120 °C, 3–4 h; moisture content ≤ 0.02 % recommended
Melt temperature
280–310 °C; for flame-retardant grades keep within the TDS upper limit
Mold temperature
80–110 °C
Example grade / typical values — to be corrected by GREENPOLYMER
GRN-PC-L120
IR-transmissive black PCHDT 125–135 °CUL 94 HB
Grade data

GRN-PC-L120

IR-transmissive black PC

Tensile strengthISO 527-1/-2

60–68 MPa
Charpy notched impact strengthISO 179-1/1eA · 23 °C

60–80 kJ/m²
Heat deflection temperatureISO 75-1/-2 · 1.80 MPa

125–135 °C
DensityISO 1183

1.19–1.21 g/cm³
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Flammability ratingUL 94 · 1.5 mm; design target, subject to test report

HB
Processing
Drying
120 °C, 3–4 h; moisture content ≤ 0.02 % recommended
Melt temperature
280–310 °C; for flame-retardant grades keep within the TDS upper limit
Mold temperature
80–110 °C
Example grade / typical values — to be corrected by GREENPOLYMER
GRN-POM-G110
General-purpose copolymer POMHDT 90–105 °CUL 94 HB
Grade data

GRN-POM-G110

General-purpose copolymer POM

Tensile strengthISO 527-1/-2

60–68 MPa
Flexural modulusISO 178

2.4–2.9 GPa
Heat deflection temperatureISO 75-1/-2 · 1.80 MPa

90–105 °C
Charpy notched impact strengthISO 179-1/1eA · 23 °C

5–8 kJ/m²
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DensityISO 1183

1.39–1.42 g/cm³
Flammability ratingUL 94 · 1.5 mm; design target, subject to test report

HB
Processing
Drying
Usually not needed; if damp, 80 °C, 2–3 h
Melt temperature
190–210 °C; do not exceed 230 °C
Mold temperature
60–90 °C; upper end for precision parts, for more stable dimensions
Example grade / typical values — to be corrected by GREENPOLYMER

Selecting 3D printing materials

Printing purpose	Recommended filament	Notes
Appearance models, teaching, design prototypes	GRN3D-PLA-S01, GRN3D-PLA-H01, GRN3D-PLA-W01	The HDT of PLA is about 50–60 °C (0.45 MPa, typical value). Not suitable for high-temperature environments
Everyday functional parts that need some toughness	GRN3D-PETG-S01	Keep dry. Strings easily; retraction needs tuning
Stiffness and a matte surface needed	GRN3D-PETG-C01	Hardened steel nozzle required
Heat-resistant, impact-resistant functional prototypes	GRN3D-ABS-E01, GRN3D-PCA-E01	An enclosed chamber is recommended to reduce warpage and odor
High-stiffness structural parts, jigs and fixtures	GRN3D-PA6-C20	Must be dried before printing. Hardened steel nozzle required
Flexible parts, damping parts	GRN3D-TPU-F95, GRN3D-TPU-F85	Print slowly. Direct-drive extrusion is more stable
High-detail small models	GRN3D-RSN-S01, GRN3D-RSN-T01	Choose by the printer's light source. Wash and post-cure after printing, and use personal protection

For all 3D products (five groups), see the filament overview; to compare them, see the comparison table.

Note

Printed parts do not perform like molded parts. Their properties depend strongly on print orientation, layer height and infill. Test functional parts as actually printed.
Flammability results or certifications of pellets do not apply directly to filaments or printed parts.

Candidates by requirement

V-0 flame retardancy, halogen-free

GRN-PCA-N510 · GRN-PCA-N520 · GRN-PC-N510

Candidate grades: GRN-PCA-N510, GRN-PCA-N520 (thin wall), GRN-PC-N510.
Why: PC chars easily when it burns, so it reaches high flammability ratings relatively easily even with halogen-free systems. Halogen-free V-0 is harder with ABS systems and usually lowers toughness and flow.
Note: A flammability rating belongs to a test thickness. "V-0 @ 1.5 mm" is not the same as "V-0 @ 1.0 mm". Check against the thinnest wall of the part.
"Halogen-free" needs a clear basis. A common practice is to use the halogen limits of IEC 61249-2-21 or your specification, with a third-party test report.
Color affects flammability results. Check dark and light colors separately.

No fluorinated anti-drip agent

PFAS-free

GRN-PCA-S520 · GRN-PC-S520

Candidate grades: GRN-PCA-S520, GRN-PC-S520. Both use a silicone-based flame-retardant system without PTFE anti-drip agent.
Why: Many flame-retardant formulations use PTFE to prevent dripping during burning. PTFE is a fluoropolymer, and the EU PFAS restriction proposal covers this kind of substance. Export brands are starting to require "fluorine-free" in their material specifications.
Note: Please send us your restricted substance list. We confirm the test items one by one against the list and can arrange third-party testing on request.

High-gloss, mold-in-color cosmetic parts

GRN-ABS-A110 · GRN-PCA-T310

Candidate grades: GRN-ABS-A110; choose GRN-PCA-T310 when higher heat resistance or toughness is needed.
Why: Mold-in-color parts remove the painting step, reducing VOC emissions and reject rates. But they place higher demands on material flow, pigment dispersion and the mold.
Note: Weld lines and flow marks depend mainly on the mold and process. It is best to evaluate the mold design together with the material.
The color plaque you approve is the reference. Agree on the color difference (ΔE) acceptance criteria in advance.

Outdoor use, weather resistance needed

GRN-PCA-W310

Candidate grades: GRN-PCA-W310. For higher requirements, discuss weather-resistant options such as ASA with GREENPOLYMER engineers.
Why: Standard ABS yellows and becomes brittle under UV light. Outdoor parts need dedicated weather-resistant formulations.
Note: Set the accelerated aging test to the sunlight conditions of the target region. Xenon-arc (ISO 4892-2) or UV lamps are commonly used.
Judge by color difference and impact retention after aging, not by appearance alone.

Must not become brittle at low temperatures

GRN-PCA-H320 · GRN-PC-N510

Candidate grades: GRN-PCA-H320; choose GRN-PC-N510 when flame retardancy is needed.
Why: Many materials are tough at room temperature, but their impact strength drops clearly at −20 °C to −40 °C. Outdoor equipment, drones and cold-chain products all face these conditions.
Note: Test low-temperature impact at the actual lowest service temperature. Keep the test method and specimen condition (notch, thickness) the same.

Lightweighting by replacing metal with plastic

GRN-PA6-C310 · GRN-PA6-C510 · GRN-PA6-E510

Candidate grades: GRN-PA6-C310, GRN-PA6-C510 (carbon-fiber-reinforced); GRN-PA6-E510 (glass-fiber-reinforced).
Why: Carbon-fiber-reinforced PA6 has a density of about 1.2–1.35 g/cm³; aluminum alloy is about 2.7 g/cm³ (Typical values. Refer to the actual TDS.). Reinforced materials can also mold complex structures in one shot and reduce machining.
Note: Fiber orientation causes anisotropy. Consider gate location and load direction in the design.
Moisture absorption lowers the strength and modulus of nylon. Use conditioned values for design.
Carbon fiber materials may be electrically conductive. Check before using them for insulating parts.

Recycled (PCR) content needed

Candidate grades: The recycled version of each grade (grade code with -R).
Why: Brand carbon reduction targets and recycled material requirements in export markets are driving the use of PCR.
Note: Recycled content can be customized to your needs, with traceability documents. Please state the definition of the recycled material (post-consumer PCR or post-industrial PIR) and the target ratio.
Recycled material varies more from batch to batch than virgin material. Validate several batches before mass production.
Recycled material certificates: Certificate to be uploaded.

Brand-specific colors needed

Service: Custom color matching to RAL or Pantone codes and to your physical color samples.
Why: When color is matched at the compounding stage, the color is more even than adding masterbatch at molding, and more stable between batches.
Note: Please provide a color plaque or color code, and state the gloss level, light source and acceptance method.
Color affects properties such as flammability and weathering. Confirm key properties again after color matching.

Parts near heat sources, long-term heat resistance needed

GRN-PC-N510 · GRN-PC-S520 · GRN-PCA-E510 · GRN-PA6-E510

Candidate grades: GRN-PC-N510, GRN-PC-S520; choose GRN-PCA-E510 or GRN-PA6-E510 when stiffness is needed.
Why: HDT only reflects short-term heat resistance. For parts working at high temperatures for long periods, also check the RTI (UL 746B) and property retention after heat aging.
Note: Select materials on actual temperature rise data and leave a safety margin. For electrical parts, also confirm the comparative tracking index (CTI) and glow-wire performance.

Contact us

Need help? Tell us the part's use, performance targets and processing method: phone +86 18822892298 | email hello@greenpolymer.com

Send an inquiry

Selection guide

Filter grades by requirement

GRN-ABS-G110

GRN-ABS-H120

GRN-ABS-A110

GRN-ABS-F510

GRN-PCA-T310

GRN-PCA-H320

GRN-PCA-W310

GRN-PCA-N510

GRN-PCA-N520

GRN-PCA-S520

GRN-PCA-E510

GRN-PC-N510

GRN-PC-S520

GRN-PA6-E510

GRN-PA6-C510

GRN-PA6-C310

GRN-PA6-E310

GRN-PA66-E510

GRN-PBT-E510

GRN-PPE-N510

GRN-PP-N510

GRN-PP-E510

GRN-ASA-W110

GRN-PCAS-W310

GRN-PCAS-W510

GRN-PC-L110

GRN-PC-L120

GRN-POM-G110

Selecting 3D printing materials

Note

Candidates by requirement

V-0 flame retardancy, halogen-free

No fluorinated anti-drip agent

High-gloss, mold-in-color cosmetic parts

Outdoor use, weather resistance needed

Must not become brittle at low temperatures

Lightweighting by replacing metal with plastic

Recycled (PCR) content needed

Brand-specific colors needed

Parts near heat sources, long-term heat resistance needed

Contact us