Chimei WONDERLITE® PC-6600

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Chimei-WONDERLITE-PC-6600

WONDERLITE® PC-6600 Plastic Resin Flame Retardant Material

Wonderlite PC-6600 is a top-notch flame retardant plastic resin made by CHIMEI. It’s perfect for electrical appliances, offering great fire safety without harmful chemicals. This tough material comes in easy-to-use granules and resists flames even at just 1.0mm thick. It’s strong, heat-resistant, and electrical-friendly, making it ideal for everything from kitchen gadgets to power tools.

  • Application: Electrical appliances
  • Character: Flame Retardant grade
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Chimei WONDERLITE® PC-6600 Application

Flame Retardant Without Harmful Chemicals

Wonderlite PC-6600 offers top-notch fire safety without using bromine or chlorine. It achieves a V-0 rating at just 1.0mm thickness, ensuring superior protection.

Strong and Heat-Resistant Material

With high tensile and flexural strength, PC-6600 withstands daily wear and tear. It maintains shape well, with a Vicat softening temperature of 150°C under light load.

Versatile for Electrical Applications

1PC-6600’s dielectric strength of 31 kV/mm prevents electrical breakdowns. Its natural color and opaque finish suit various electrical products and design needs.

Chimei WONDERLITE PC-6600

WONDERLITE® PC-6600 Datasheet

Flame Retardant WONDERLITE® PC-6600
Product Description: 1.0mm V-0,Opaque
PropertiesISO Test MethodTest ConditionUnitPC-6600
Melt Flow Index1133300℃  × 1.2KGml/10 min10
Spiral flowCHIMEI260℃,2mm,cm–
V:50%,P:50%
Mass Density118323  ℃g/cm31.2
Tensile Strength52750 mm/min, yieldMPa60
50 mm/min, breakMPa70
Tensile Elongation52750 mm/min%115
Flexural Strength1782 mm/minMPa90
Flexural Modulus1782 mm/minGPa2.3
Izod Impact Strength180/1A23℃, NotchedKJ/m260
-30℃, NotchedKJ/m215
Charpy Impact Strength17923℃, NotchedKJ/m260
-30℃, NotchedKJ/m215
Vicat Softening Temp.30650℃/hr;1KG℃150
50℃/hr;5KG℃145
Heat Distortion Temp.75/A1.8MPa, unannealed℃125
1.8MPa, annealed℃140
Dielectric ConstantIEC 602501MHz—3
Volume ResistivityIEC 60093—Ohm X m3.6E+14
Surface ResistivityIEC 60093—Ohm9.3E+14
Coefficient of Linear Thermal Expansion11359––6.7*10-5
Flammability–UL-94–1.0mm V-0
2.0mm 5VB
3.0mm 5VA
Mold Shrinkage294-4–%0.4~0.6
Symbol1043––>PC<
January 12, 2024
Notes：These are typical properties only and are not to be construed as specifications. Users should confirm results by their own test.

WONDERLITE® PC-6600 UL Product iQ

WONDERLITE® PC-6600(Y)(a) UL Product iQ
File Number: E56070Yellow Card™Polycarbonate (PC) “WONDERLITE”, furnished as pellets
(Y) – Optional suffix; may be suffixed with one or two alphabet but except H, unconcerned with formula or constituent changed.
(a) – Ball pressure temperature is in accordance with IEC 60695-10-2 Method B.
FLAMMABILITY PROPERTIESVALUETEST METHOD
FlammabilityANSI/UL 94
1.0 mm, Color: ALLV-0
1.5 mm, Color: ALLV-0
2.0 mm, Color: ALL5VB
V-0
2.5 mm, Color: ALL5VA
V-0
3.0 mm, Color: ALL5VA
V-0
ISO/IEC FLAMMABILITY PROPERTIESVALUETEST METHOD
FlammabilityIEC 60695-11-10
1.0 mm, Color: ALLV-0
1.5 mm, Color: ALLV-0
2.0 mm, Color: ALLV-0
2.5 mm, Color: ALLV-0
3.0 mm, Color: ALLV-0
FlammabilityIEC 60695-11-20
2.0 mm, Color: ALL5VB
2.5 mm, Color: ALL5VA
3.0 mm, Color: ALL5VA
Glow Wire Ignition Temperature (GWIT)IEC 60695-2-13
1.0 mm850   °C
1.5 mm875   °C
3.0 mm875   °C
Glow Wire Flammability Index (GWFI)IEC 60695-2-12
1.0 mm930   °C
1.5 mm960   °C
3.0 mm960   °C
ELECTRICAL PROPERTIESVALUETEST METHOD
Hot-wire Ignition (HWI)UL 746A
1.0 mmPLC 3
1.5 mmPLC 3
2.0 mmPLC 2
2.5 mmPLC 2
3.0 mmPLC 0
High Amp Arc Ignition (HAI)UL 746A
1.0 mmPLC 1
1.5 mmPLC 1
2.0 mmPLC 0
2.5 mmPLC 0
3.0 mmPLC 0
Comparative Tracking Index (CTI)PLC 2UL 746A
Dielectric Strength31   kV/mmASTM D149
Volume Resistivity1.0E+14   ohms·cmASTM D257/IEC 60093
THERMAL PROPERTIESVALUETEST METHOD
Relative Thermal Index – Electrical StrengthUL 746B
1.0 mm130   °C
1.5 mm130   °C
2.0 mm130   °C
2.5 mm130   °C
3.0 mm130   °C
Relative Thermal Index – Mechanical ImpactUL 746B
1.0 mm120   °C
1.5 mm120   °C
2.0 mm120   °C
2.5 mm120   °C
3.0 mm120   °C
Relative Thermal Index – Mechanical StrengthUL 746B
1.0 mm130   °C
1.5 mm130   °C
2.0 mm130   °C
2.5 mm130   °C
3.0 mm130   °C
Ball Pressure Temperature135   °C
PHYSICAL PROPERTIESVALUETEST METHOD
Dimensional Change0.0   %ASTM D1042/ISO 2796
Report Date: 2010-08

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