BSEN60893-3-2-EPGC201 G10 Epoxy Glass Laminate SRBG

Material Details

Grade:G10
Description: Epoxy Glass. Commercial epoxy grade
Comments:General purpose Epoxy glass laminate. Temperature class B (130 deg C), with good mechanical and electrical properties at moderate cost. See also B46.
Specifications:BSEN60893-3-2-EPGC201 (Which supersedes BS3953 EP3). The closest NEMA equivalent to this specification is NEMA G10
Body Colour:Green
Cover Colour:Green
Finish:Satin/Glossy
Size:1220 x 1220
Thickness Range: 0.4 - 150.0

Typical Applications

  • Chemical Resistance Components
  • Cryogenic Resistance Components
  • Electromagnetic Coil Insulation
  • High Voltage Insulation
  • Insulating Bushes Spacers Sleeves
  • Phase Barriers
  • Pipeline Insulation
  • Precision Machined Parts
  • Slot Wedges
  • Terminal Boards and Tag Strips
  • Transformer Spacers

General Properties

Property Unit of measure Typical Value
Densityg/cm32
Water Absorptionmg8
¥ Where relevant, the flammability test method is used solely to control and monitor consistency of production. Under no conditions should the results be considered in relation to fire hazards under actual conditions of use.

Electrical Properties

Property Unit of measure Typical Value
IR (24hrs Water Immersed)G Ω17000
IR (Dry)G Ω17000
Electric Strength (Flat Rapid)kV/mm15
Breakdown Voltage (Edge Step by Step)kV80
Relative Permittivity @ 1 MHz--5.2
Dissipation Factor @ 1 MHz--0.025
Tracking IndexV210

Mechanical Properties

Property Unit of measure Typical Value
Flexural StrengthMPa485
Impact (Notched CHARPY)kJ/m260

Thermal Properties

Property Unit of measure Typical Value
Thermal Rating Continuous°C130
Thermal Rating Intermittent°C140

Disclaimer: The above values are based upon routine test data and do not form the basis of a supply contract. These products may be used in a diverse range of applications and whilst every effort is made to ensure the information in this data sheet is accurate, it must be stressed that it is the user’s responsibility to ensure suitability for the intended end use.