Cycoloy* Extrusion Resin
Impact & Ductility for Large Panels
A Polycarbonate/Acrylonitrile Butadiene Styrene (PC/ABS) alloy designed for sheet and other extrusions. Can be used for such applications as body and other large panels, as well as corrugated electrical conduit. Provides high impact strength and ductility, Class A paintable surfaces, and dimensional and heat aging stability.

Cycoloy* Resin C3650 数据
Flame retardant PC/ABS blend using non-brominated and non-chlorinated flame retardant systems, offering high impact and excellent extrusion and thermoforming characteristics. Halogen free according to DIN VDE 0472/815 for cable channels

Property
TYPICAL PROPERTIES (1)

MECHANICAL	Value	Unit	Standard
Tensile Stress,yld,Type I,50mm/min	660	kgf/cm²	ASTM D 638
Tensile Stress,brk,Type I,50mm/min	520	kgf/cm²	ASTM D 638
Tensile Strain,yld,Type I,50mm/min	4.9	%	ASTM D 638
Tensile Strain,brk,Type I,50mm/min	35	%	ASTM D 638
Tensile Modulus,50mm/min	29100	kgf/cm²	ASTM D 638
Flexural Stress,yld,1.3mm/min,50mm span	1030	kgf/cm²	ASTM D 790
Flexural Modulus,1.3mm/min,50mm span	27400	kgf/cm²	ASTM D 790
Tensile Stress,yield,5mm/min	55	MPa	ISO 527
Tensile Stress,break,5mm/min	50	MPa	ISO 527
Tensile Stress,yield,50mm/min	65	MPa	ISO 527
Tensile Stress,break,50mm/min	55	MPa	ISO 527
Tensile Strain,yield,5mm/min	3	%	ISO 527
Tensile Strain,break,5mm/min	55	%	ISO 527
Tensile Strain,yield,50mm/min	4.5	%	ISO 527
Tensile Strain,break,50mm/min	>50	%	ISO 527
Tensile Modulus,1mm/min	2600	MPa	ISO 527
Flexural Stress,yield,2mm/min	100	MPa	ISO 178
Flexural Modulus,2mm/min	2700	MPa	ISO 178
Hardness,H358/30	113	MPa	ISO 2039-1
Hardness,Rockwell R	124	-	ISO 2039-2
IMPACT	Value	Unit	Standard
Izod Impact,notched,23℃	70	cm-kgf/cm	ASTM D 256
Instrumented Impact Total Energy,23℃	662	cm-kgf	ASTM D 3763
Izod Impact,notched 80*10*4 +23℃	45	kJ/m²	ISO 180/1A
Izod Impact,notched 80*10*4 0℃	15	kJ/m²	ISO 180/1A
Izod Impact,notched 80*10*4 -30℃	13	kJ/m²	ISO 180/1A
Charpy 23℃,V-notch Edgew 80*10*4 sp=62mm	48	kJ/m²	ISO 179/1eA
Charpy -30℃,V-notch Edgew 80*10*4 sp=62mm	13	kJ/m²	ISO 179/1eA
THERMAL	Value	Unit	Standard
Vicat Softening Temp,Rate B/50	110	℃	ASTM D 1525
HDT,0.45 MPa,3.2mm,unannealed	100	℃	ASTM D 648
HDT,1.82 MPa,3.2mm,unannealed	88	℃	ASTM D 648
CTE,-40℃ to 40℃,flow	7.20E-05	1/℃	ASTM E 831
CTE,-40℃ to 40℃,xflow	7.20E-05	1/℃	ASTM E 831
Thermal Conductivity	0.2	W/m-℃	ISO 8302
CTE,23℃ to 60℃,flow	8.00E-05	1/℃	ISO 11359-2
CTE,23℃ to 60℃,xflow	8.00E-05	1/℃	ISO 11359-2
Vicat Softening Temp,Rate B/50	108	℃	ISO 306
Vicat Softening Temp,Rate B/120	110	℃	ISO 306
HDT/Be,0.45MPa Edgew 120*10*4 sp=100mm	102	℃	ISO 75/Be
HDT/Ae,1.8 MPa Edgew 120*10*4 sp=100mm	91	℃	ISO 75/Ae
Relative Temp Index,Elec	60	℃	UL 746B
Relative Temp Index,Mech w/impact	60	℃	UL 746B
Relative Temp Index,Mech w/o impact	60	℃	UL 746B
PHYSICAL	Value	Unit	Standard
Specific Gravity	1.2	-	ASTM D 792
Water Absorption,(23℃/sat)	0.6	%	ASTM D 570
Mold Shrinkage,flow,3.2mm(5)	0.4-0.6	%	SABIC Method
Melt Flow Rate,260℃/5.0 kgf	8.5	g/10 min	ASTM D 1238
Density	1.18	g/cm³	ISO 1183
Melt Volume Rate,MVR at 260℃/5.0 kg	8	cm³/10 min	ISO 1133
ELECTRICAL	Value	Unit	Standard
Dissipation Factor,50/60 Hz	0.006	-	ASTM D 150
Volume Resistivity	>1.E+15	Ohm-cm	IEC 60093
Surface Resistivity,ROA	>1.E+15	Ohm	IEC 60093
Dielectric Strength,in oil,0.8mm	35	kV/mm	IEC 60243-1
Dielectric Strength,in oil,1.6mm	25	kV/mm	IEC 60243-1
Dielectric Strength,in oil,3.2mm	17	kV/mm	IEC 60243-1
Relative Permittivity,1 MHz	2.7	-	IEC 60250
Dissipation Factor,50/60 Hz	0.004	-	IEC 60250
Dissipation Factor,1 MHz	0.006	-	IEC 60250
Comparative Tracking Index	600	V	IEC 60112
Relative Permittivity,50/60 Hz	2.8	-	IEC 60250
FLAME CHARACTERISTICS	Value	Unit	Standard
UL Recognized,94V-0 Flame Class Rating(3)	1.49	mm	UL 94
UL Recognized,94-5VB Rating(3)	2.48	mm	UL 94
Oxygen Index(LOI)	37	%	ISO 4589
Source GMD,last updated:2001/05/26

Parameter Injection Molding	Value	Unit
Drying Temperature	80-90	℃
Drying Time	3-4	hrs
Drying Time(Cumulative)	8	hrs
Maximum Moisture Content	0.04	%
Melt Temperature	245-275	℃
Nozzle Temperature	245-275	℃
Front-Zone 3 Temperature	245-275	℃
Middle-Zone 2 Temperature	220-265	℃
Rear-Zone 1 Temperature	220-255	℃
Mold Temperature	60-80	℃
Back Pressure	0.3-0.7	MPa
Screw Speed	40-70	rpm
Shot to Cylinder Size	30-80	%
Vent Depth	0.038-0.076	mm
Parameter Extrusion Blow Molding	Value	Unit
Drying Temperature	80-90	℃
Drying Time	2-4	hrs
Drying Time(Cumulative)	8	hrs
Maximum Moisture Content	0-0.02	%
Melt Temperature(Parison)	225-250	℃
Barrel-Zone 1 Temperature	205-230	℃
Barrel-Zone 2 Temperature	215-245	℃
Barrel-Zone 3 Temperature	215-245	℃
Barrel-Zone 4 Temperature	220-250	℃
Adapter-Zone 5 Temperature	225-250	℃
Head-Zone 6-Top Temperature	225-250	℃
Head-Zone 7-Bottom Temperature	225-250	℃
Mold Temperature	65-90	℃
Die Temperature	240-250	℃
Parameter Profile Extrusion	Value	Unit
Drying Temperature	80-90	℃
Drying Time	2-4	hrs
Drying Time(Cumulative)	8	hrs
Minimum Moisture Content	0-0.02	%
Melt Temperature	225-270	℃
Barrel-Zone 1 Temperature	205-250	℃
Barrel-Zone 2 Temperature	215-260	℃
Barrel-Zone 3 Temperature	215-260	℃
Barrel-Zone 4 Temperature	225-270	℃
Adapter Temperature	225-270	℃
Die Temperature	225-270	℃
Calibrator Temperature	60-80	℃
Source GMD,last updated:2001/05/26

THESE PROPERTY VALUES ARE NOT INTENDED FOR SPECIFICATION PURPOSES.
PLEASE CONTACT US FOR AVAILABILITY IN YOUR REGION.

(1) Typical values only. Variations within normal tolerances are possible for various colors. All values are measured after at least 48 hours storage at 23℃/50% relative humidity. All properties, except the melt volume and melt flow rates, are measured on injection molded samples. All samples tested under ISO test standards are prepared according to ISO 294.
(2) Only typical data for selection purposes. Not to be used for part or tool design.
(3) This rating is not intended to reflect hazards presented by this or any other material under actual fire conditions.
(4) Internal measurements according to UL standards.
(5) Measurements made from laboratory test coupon. Actual shrinkage may vary outside of range due to differences in processing conditions, equipment, part geometry and tool design. It is recommended that mold shrinkage studies be performed with surrogate or legacy tooling prior to cutting tools for new molded article.

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