EPGC201 G10 Epoxy Glass Cloth Laminate Sheet

Product Introduction

EPGC201 G10 laminate is widely used for transformer insulation parts, electrical equipment components, PCB fixtures, industrial machinery parts and customized insulation components.

Product Features

EPGC201 G10 Epoxy Glass Cloth Laminate Sheet provides excellent overall performance:

High Mechanical Strength

The reinforced fiberglass structure provides excellent mechanical strength and dimensional stability, allowing the material to maintain reliable performance under mechanical stress and high-temperature conditions.

Excellent Electrical Insulation Performance

The material offers stable electrical properties in both normal dry environments and high humidity conditions, making it suitable for electrical insulation applications requiring long-term reliability.

Heat Resistance

Maximum continuous working temperature: 130°C
Insulation grade: Class B
Excellent thermal stability

Flame Retardant Performance

EPGC201 meets:

UL94 HB flame retardant standard

Moisture Resistance

The epoxy resin system provides low water absorption and stable dielectric performance after moisture exposure.

Cost-Effective Insulation Solution

EPGC201 provides a good balance between:

Mechanical performance
Electrical insulation properties
Heat resistance
Cost efficiency

Applications

EPGC201 G10 Epoxy Glass Cloth Laminate Sheet is widely applied in electrical, electronic and industrial fields.

Electrical Equipment

Applications include:

Electrical insulation plates
Transformer insulation boards
Motor insulation components
Electrical support parts
Terminal boards
Insulation barriers

Industrial Machinery

Used for:

Machine components
Mechanical parts
Bearings
Washers
Gears
Wear-resistant strips

Electronics & PCB Industry

Suitable for:

FPC reinforcement boards
PCB drilling backing boards
Fiberglass spacers
Wave soldering fixtures
PCB fixing parts
Precision test boards

Customized Insulation Components

EPGC201 can be machined into:

Special-shaped insulation parts
Electrical brackets
Precision components
Insulation pads
Mechanical supports

Specifications

Metric Size

Item	Specification
Thickness	0.1mm – 250mm
Thickness Customization	Available
Sheet Size	Customized

Imperial Size

Item	Specification
Thickness	0.004″ – 4″
Standard Thickness	NEMA Standard
Standard Size	40″×48″, 48″×96″
Maximum Size	48″×120″

Technical Data

Product technical specifications

Test items		Test conditions	Unit	Typical values
Voltage resistance	Z – direction	C-90/20/65 15	KV/mm	54
Voltage resistance	X, Y – direction	0-0.5/90	KV	28
Insulation resistance	Original appearance	C-90/20/65	MΩ	10⁶-10⁸
Insulation resistance	But after boiling,	C-90/20/65+D-2/ 100	MΩ	10⁴-10⁶
Volume resistance		C-96/35/90	MΩ-cm	10⁷-10⁹
Surface resistance		C-96/35/90	MΩ	10⁶-10⁸
Dielectric constant (1MHz).		Fluid cell		4.2-4.7
Dielectric loss (1MHz).		Fluid cell		0.030-0.035
Arc resistance		ASTM D495	Sec	120.140
Leakage trace index		ASTM D3638	V	175-250
Bending strength	Y-direction	ASTM D790	MPa	400-500
Bending strength	X-direction	ASTM D790	MPa	450-550
Compressive strength	Y-direction	ASTM D695	MPa	345440
Compressive strength	X-direction	ASTM D695	MPa	290-390
Tensile strength		ASM D882	MPa	250-350
Bending modulus		ASTM D790	MPa	21560-24500
Interlayer bonding		D-48/50	kN	8.0-10.0
Roche hardness		ASTM D785	HR-R A	120.125
Notch impact strength	X-axis	ASTM D256	J/cm	5.4-6.4
Glass transition temperature	DSC	IPC-TM-650 2.4.25	C	135
Water absorption	1.0mm thickness	E-24/50+D-24/23	%	0. 1-0.8
Specific gravity		As received	g/cm3	2.0±025
Coefficient of thermal expansion	X, Y – direction	RT〜200C	PPM/C	11-14
	Z – direction	RT〜135C	PPM/C	45-50
	Z – direction	135-2OOC	PPM/C	250-260
Flame retardancy	UL94	Rating		HB
Relative Temperature Index (RTI)		UL94	C	130
Heat resistance		130C/2Hr		pass
Heat resistance		280C/30S		Pass
Insulation grade		IEC 60216- 1	Class	B

Note: The above test data are typical values and not guaranteed specifications.