Current Green Sheet Laminate
MFR #:G10 FR4-Green
EIS #:PH21-G10 FR4-Green
MFR #:G10 FR4-Green
EIS #:PH21-G10 FR4-Green
This material offers high mechanical strength at room temperature. It exhibits good dielectric loss and electrical strength under both dry and humid conditions. In addition, it has flame resistance of at least Class I in accordance with NEMA test method. - The ESD material is an integral part of the G10/FR4 glass epoxy base. It offers improved machinability and tighter tolerances.
$54.36
Select from the options below
This material offers high mechanical strength at room temperature. It exhibits good dielectric loss and electrical strength under both dry and humid conditions. In addition, it has flame resistance of at least Class I in accordance with NEMA test method. - The ESD material is an integral part of the G10/FR4 glass epoxy base. It offers improved machinability and tighter tolerances.
Product Options
Showing 2 out of 2 options
Thickness: 0.0312 Inch | EIS Part #: PHENG101/322436CUR | $ / Sheet | ||
Thickness: 0.0625 Inch | EIS Part #: PHENG101/162436CUR | $ / Sheet |
- Attributes
- Features
- Applications
Attributes
General Information
Item NameSheet Laminate
SeriesG10 FR4-Green
Design & Construction
ColorGreen
MaterialGlass Epoxy Base
NEMA SpecificationG10/FR4
Physical Properties
Length36 Inch
Width24 Inch
Environmental Condition
Temperature Rating150 °C
Features
- This material offers high mechanical strength at room temperature
- It exhibits good dielectric loss and electrical strength under both dry and humid conditions
- In addition, it has flame resistance of at least class I in accordance with NEMA test method
- The ESD material is an integral part of the G10/FR4 glass epoxy base
- The surface resistivity can be supplied to the users specification
- It offers improved machinability and tighter tolerances
- Electro-static dissipative material can be supplied with a surface resistivity to any level from 105 to 1012 to meet customer specifications
Applications
- For Use in Static Sensitive Electronic Equipment