Chimei WONDERLITE® PC-6700

WONDERLITE PC-6700 Flame Retardant Grade Transparent

WONDERLITE® PC-6700 is a transparent, non-brominated, and non-chlorinated flame retardant polycarbonate resin, achieving UL 94 V-0 compliance at just 1.5mm thickness. Perfect for electrical and electronic applications demanding safety, clarity, and durability, this plastic raw material delivers reliability without compromising environmental standards.

Character: Transparent, Flame retardant (non-brominated, and non-chlorinated), 2.5 mm V0
Application: Electrical appliances

PC Resin

Chimei WONDERLITE® PC Resin

Key technical data (ISO)

Flame Retardancy: UL 94 V-0 at 1.5mm (non-halogen).
Impact Strength: 60 KJ/m² (Izod, 23°C) | 15 KJ/m² (-30°C).
Heat Resistance: HDT 125°C (unannealed) | Vicat Softening Temp 150°C.
Tensile Strength: 60 MPa (yield) | 65 MPa (break).
Dielectric Strength: 30 kV/mm (enhanced electrical safety).
Melt Flow Index: 10 ml/10 min (efficient processing).

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ISO TDS Download

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Process Guide Download

UL Product iQ Download

Non-Halogen Flame Retardancy

WONDERLITE® PC-6700 meets strict UL 94 V-0 standards without toxic bromine or chlorine additives. Ideal for eco-conscious manufacturers, it ensures fire safety in high-risk environments like electrical housings and connectors.

Superior Impact Resistance

With 60 KJ/m² Izod impact strength (23°C), this flame retardant PC withstands drops, vibrations, and mechanical stress. Reduces part failure in power tools, automotive components, and industrial equipment.

High Thermal Stability

A heat distortion temperature of 125°C (1.8MPa) ensures performance in heated environments. Use in LED housings or circuit breakers without warping or loss of structural integrity.

Application

Circuit breakers & switches
Transparent covers
Connectors & relays
LED lighting housings
Power tool casings

WONDERLITE® PC-6700 Datasheet

Flame Retardant WONDERLITE® PC-6700 Product Description: 2.5mm V-0,Transparent
Properties	ISO Test Method	Test Condition	Unit	PC-6700
Melt Flow Index	1133	300℃ × 1.2KG	ml/10 min	10
Spiral flow	CHIMEI	260℃,2mm, V:50%,P:50%	cm	–
Mass Density	1183	23 ℃	g/cm3	1.2
Tensile Strength	527	50 mm/min, yield	MPa	60
Tensile Strength	527	50 mm/min, break	MPa	65
Tensile Elongation	527	50 mm/min	%	105
Flexural Strength	178	2 mm/min	MPa	90
Flexural Modulus	178	2 mm/min	GPa	2.3
Izod Impact Strength	180/1A	23℃, Notched	KJ/m2	60
Izod Impact Strength	180/1A	-30℃, Notched	KJ/m2	15
Charpy Impact Strength	179	23℃, Notched	KJ/m2	60
Charpy Impact Strength	179	-30℃, Notched	KJ/m2	15
Vicat Softening Temp.	306	50℃/hr;1KG	℃	150
Vicat Softening Temp.	306	50℃/hr;5KG	℃	145
Heat Distortion Temp.	75/A	1.8MPa, unannealed	℃	125
Heat Distortion Temp.	75/A	1.8MPa, annealed	℃	140
Dielectric Constant	IEC 60250	1MHz	—	3
Volume Resistivity	IEC 60093	—	Ohm X m	1E+16
Surface Resistivity	IEC 60093	—	Ohm	1E+16
Coefficient of Linear Thermal Expansion	11359	–	–	6.8*10-5
Flammability	–	UL-94	–	2.5mm V-0
Mold Shrinkage	294-4	–	%	0.4~0.6
Symbol	1043	–	–	>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-6700 UL Product iQ

WONDERLITE® PC-6700(a) \| UL Product iQ
File Number: E56070	Yellow Card™	Polycarbonate (PC) “WONDERLITE”, furnished as pellets
(a) – Ball pressure temperature is in accordance with IEC 60695-10-2 Method B.
FLAMMABILITY PROPERTIES	VALUE	TEST METHOD
Flammability		ANSI/UL 94
1.5 mm, Color: ALL	V-2
2.5 mm, Color: ALL	V-0
3.0 mm, Color: ALL	V-0
ISO/IEC FLAMMABILITY PROPERTIES	VALUE	TEST METHOD
Flammability		IEC 60695-11-10
1.5 mm, Color: ALL	V-2
2.5 mm, Color: ALL	V-0
3.0 mm, Color: ALL	V-0
Glow Wire Ignition Temperature (GWIT)		IEC 60695-2-13
1.5 mm	825 °C
3.0 mm	825 °C
Glow Wire Flammability Index (GWFI)		IEC 60695-2-12
1.5 mm	960 °C
3.0 mm	960 °C
ELECTRICAL PROPERTIES	VALUE	TEST METHOD
Dielectric Strength	30 kV/mm	ASTM D149
Volume Resistivity	1.0E+14 ohms·cm	ASTM D257/IEC 60093
THERMAL PROPERTIES	VALUE	TEST METHOD
Relative Thermal Index – Electrical Strength		UL 746B
1.5 mm	80 °C
2.5 mm	80 °C
3.0 mm	80 °C
Relative Thermal Index – Mechanical Impact		UL 746B
1.5 mm	80 °C
2.5 mm	80 °C
3.0 mm	80 °C
Relative Thermal Index – Mechanical Strength		UL 746B
1.5 mm	80 °C
2.5 mm	80 °C
3.0 mm	80 °C
Ball Pressure Temperature	135 °C
PHYSICAL PROPERTIES	VALUE	TEST METHOD
Dimensional Change	0.0 %	ASTM D1042/ISO 2796