PC Makrolon® 1837 012475 COVESTRO SHANGHAI

Unit Price:
$6839 USD/MT
Packaging Specification:
25 KG/PKG
Supply Quantity:
10MT
Delivery Terms:
FOB
Port of Loading:
China Main Port
Accepted Payment Methods:
T/T
Shipping:
Negotiate supplier for shipping details

Supplier Information

ASIA PLASTIC EXCHANGE LIMITED

+86 755 2787 3515View

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For more detailed information including pricing, customization, and shipping, please contact supplier.

Material Description

Technical Data Sheet

Material Description

Material Properties:High mobility High impact resistance High hardness
Application Areas:Automotive interior parts Washing machine
Color:--
Grade:Injection grade

Technical Data Sheet Compare

physical property	Test Condition	Test Method	Test Result	Unit
Shrinkage rate	Across Flow	ISO 2577	0.60 到 0.80	%
	Shrinkage rate	流量	ISO 2577	0.60 到 0.80	%
		Shrinkage rate	Across Flow : 280°C, 2.00 mm 4	ISO 294-4	0.70	%
		Shrinkage rate	Shrinkage rate	流量 : 2.00 mm 4	ISO 294-4	0.65	%
Water absorption rate	Saturation, 23°C	ISO 62	0.40	%
Water absorption rate	Water absorption rate	Equilibrium, 23°C, 50% RH	ISO 62	0.12	%
Melt flow rate	300°C/1.2 kg	ISO 1133	12	g/10 min
Molten Volume Flow Rate (MVR)	300°C/1.2 kg	ISO 1133	11.0	cm3/10min
Apparent density 3		ISO 60	0.64	g/cm³
density	23°C	ISO 1183	1.19	g/cm³

Mechanical performance	Test Condition	Test Method	Test Result	Unit
Flexural Strain at Flexural Strength	23°C	ISO 178	6.8	%
Bending stress 5	23°C	ISO 178	86.0	Mpa
Bending stress 5	Bending stress 5	3.5% Strain, 23°C	ISO 178	68.0	Mpa
Tensile stress	Yield, 23°C	ISO 527-2/50	58.0	Mpa
Tensile stress	Tensile stress	Break, 23°C	ISO 527-2/50	60.0	Mpa
Tensile strain	Yield, 23°C	ISO 527-2/50	5.7	%
Tensile strain	Tensile strain	Break, 23°C	ISO 527-2/50	120	%
Tensile modulus	23°C	ISO 527-2/1	2200	Mpa
Bending modulus	23°C	ISO 178	2200	Mpa
Nominal tensile fracture strain	23°C	ISO 527-2/50	> 50	%

Thermal performance	Test Condition	Test Method	Test Result	Unit
thermal conductivity	23°C	ISO 8302	0.20	W/m/K
Hot deformation temperature	0.45 MPa, Unannealed	ISO 75-2/B	134	°C
Hot deformation temperature	Hot deformation temperature	1.8 MPa, Unannealed	ISO 75-2/A	121	°C
Vicat softening temperature	--	ISO 306/B120	143	°C
Vicat softening temperature	Vicat softening temperature	--	ISO 306/B50	141	°C
Glass transition temperature 8		ISO 11357-2	143	°C
Linear coefficient of thermal expansion	Across Flow : 23 to 55°C	ISO 11359-2	7.0E-5	cm/cm/°C
Linear coefficient of thermal expansion	Linear coefficient of thermal expansion	Flow : 23 to 55°C	ISO 11359-2	7.0E-5	cm/cm/°C
Ball Pressure Test	134°C	IEC 60695-10-2	通过

Electrical performance	Test Condition	Test Method	Test Result	Unit
Dielectric strength	23°C, 1.00 mm	IEC 60243-1	34	KV/mm
Relative permittivity	23°C, 1 MHz	IEC 60250	3.10
Relative permittivity	Relative permittivity	23°C, 100 Hz	IEC 60250	3.20
Leakage Trace Index	Solution B	IEC 60112	100	V
Leakage Trace Index	Leakage Trace Index	Solution A	IEC 60112	225	V
Dissipation factor	23°C, 1 MHz	IEC 60250	0.013
Dissipation factor	Dissipation factor	23°C, 100 Hz	IEC 60250	1.4E-3
Surface resistivity		IEC 60093	1.0E+16	ohms
Volume resistivity	23°C	IEC 60093	1.0E+16	ohms·cm

injection	Test Result	Unit
Suggested maximum moisture content	< 0.020	%
Processing (melt) temperature	280 到 320	°C
Mold temperature	70 到 110	°C
Suggested injection volume	30 到 70	%
Temperature at the rear of the barrel	250 到 270	°C
Temperature in the middle of the barrel	270 到 290	°C
Temperature at the front of the material cylinder	285 到 305	°C
Spray nozzle temperature	270 到 305	°C
Back pressure	10.0 到 20.0	Mpa
Exhaust hole depth	0.025 到 0.075	mm
Drying Temperature - Dry Air Dryer	120	°C
Drying time - Dry Air Dryer	4.0	hr

Impact performance	Test Condition	Test Method	Test Result	Unit
Impact strength of simply supported beam without notch	-60°C	ISO 179/1eU	无断裂
	Impact strength of simply supported beam without notch	-30°C	ISO 179/1eU	无断裂
	Impact strength of simply supported beam without notch	Impact strength of simply supported beam without notch	23°C	ISO 179/1eU	无断裂
Multi axis Instrumented Impact Energy	-30°C	ISO 6603-2	55.0	J
Multi axis Instrumented Impact Energy	Multi axis Instrumented Impact Energy	23°C	ISO 6603-2	50.0	J
Multi axis Instrumented Peak Impact Force	-30°C	ISO 6603-2	5800	N
Multi axis Instrumented Peak Impact Force	Multi axis Instrumented Peak Impact Force	23°C	ISO 6603-2	4900	N
Impact strength of simply supported beam gap 7	-30°C, Partial Break	ISO 179/1eA	50	kJ/m²
Impact strength of simply supported beam gap 7	Impact strength of simply supported beam gap 7	23°C, Partial Break	ISO 179/1eA	60	kJ/m²
Suspended wall beam gap impact strength 7	-30°C, Partial Break	ISO 180/A	45	kJ/m²
Suspended wall beam gap impact strength 7	Suspended wall beam gap impact strength 7	23°C, Partial Break	ISO 180/A	60	kJ/m²

hardness	Test Condition	Test Method	Test Result	Unit
Ball pressure hardness		ISO 2039-1	104	Mpa

flammability	Test Condition	Test Method	Test Result	Unit
Burning wire flammability index	3.0 mm	IEC 60695-2-12	900	°C
	Burning wire flammability index	1.5 mm	IEC 60695-2-12	875	°C
	Burning wire flammability index	Burning wire flammability index	0.75 mm	IEC 60695-2-12	850	°C
Hot filament ignition temperature	3.0 mm	IEC 60695-2-13	850	°C
	Hot filament ignition temperature	2.0 mm	IEC 60695-2-13	825	°C
	Hot filament ignition temperature	Hot filament ignition temperature	1.5 mm	IEC 60695-2-13	825	°C
Burning rate	> 1.00 mm	ISO 3795	passed
UL flame retardant rating	0.75 mm	UL 94	HB
ISO 9660			ISO 7391-PC,MP,(,,)-09-9
Extreme Oxygen Index 10		ISO 4589-2	30	%
Flash Ignition Temperature		ASTM D1929	450	°C
Needle Flame Test	1.50 mm 11	IEC 60695-11-5	5.0	sec
	Needle Flame Test	1.50 mm 12	IEC 60695-11-5	120.0	sec
		Needle Flame Test	2.00 mm 11	IEC 60695-11-5	5.0	sec
			Needle Flame Test	2.00 mm 12	IEC 60695-11-5	120.0	sec
				Needle Flame Test	3.00 mm 11	IEC 60695-11-5	10.0	sec
				Needle Flame Test	Needle Flame Test	3.00 mm 12	IEC 60695-11-5	120.0	sec
Self Ignition Temperature		ASTM D1929	530	°C

IMPORTANT NOTES: Plas.com collected the data in the data sheet from the material manufacturers. Plas.com makes the best effort to improve the accuracy of the data, but has no responsibility for the data. We strongly recommend verifying the validity of the data with the material manufacturers before making a final decision.