PPyrolytic
GGraphite
SSheet
WHAT IS PGS?
PGS is an ultra-thin, lightweight, graphite polymer film with a thermal conductivity high enough to release
and diffuse the heat generated by heat sources such as processors, power amplifiers and batteries.
Developed by Panasonic engineers, this synthetically made material was named Pyrolytic Graphite Sheet or
PGS. With a thermal conductivity up to five times greater than copper, PGS is extremely pliable and can be
applied to heat-source shapes in high-density mounting situations.
Ideal for providing thermal management / heat-sinking in limited spaces
or as supplemental heat-sink protection in addition
Heat Sink
to conventional means, PGS is light-weight, flexible
and can be cut into customizable shapes to protect PGS Graphite Sheet
any electronic device.
Integrated Circuit
Printed Circuit Board
PGS THERMAL MANAGEMENT OPTIONS
Standard Pyrolytic Graphite Sheets provide excellent thermal conductivity that can withstand
temperatures up to 400°C! PGS sheets are also available with additional adhesives and
laminants to provide extremely high heat resistance,
insulation and stability within the application.
Please review the PGS Selection Guide
in this brochure for complete details.
Pyrolytic
Graphite
Sheet
NEW PGS OPTIONS
EXPANDED THICKNESS OPTIONS AND NEW
SEMI-SEALING MATERIAL (SSM) NOW AVAILABLE!
The groundbreaking thermal management material PGS is now available in several new
thicknesses. PGS can now be ordered in 10 μm, 17 μm, 25 μm, 40 μm, and 50 μm thicknesses
for expanded application coverage.
In addition, Panasonic has introduced a new addition
to the PGS family called Semi-Sealing Material (SSM)
layer. This is an elastomer layer that helps to facilitate
the spread of heat generated by a PC board. Because it
is compressible, this SSM layer fills the voids that are
inherently present on any circuit board for greater
contact with the heat source(s). This new option is ideal
for applications where both electrical isolation and
thermal management are required.
TIM (Silicone sheet)
Adhesive
AFTER: New heat solution with PGS and SSM
PGS
PGS + SSM
Heat Spreader
PCB
PGS FEATURES AT-A-GLANCE
• Thermal Conductivity: 700 to 1950 W/(m-K)
• Offers Thermal Conductivity Two to Five Times as High
as Copper, Three to Eight Times as High as Aluminum
• High Stability, No Deterioration With Age
• Simultaneous Solution For Thermal and
Electromagnetic Wave Problems
• Thin, Flexible and Easy to Cut or Trim
• Withstands Repeated Bending
• Low Thermal Resistance
• RoHS and REACH Compliant
PCB
Panasonic Industrial Devices Sales Company of America
Two Riverfront Plaza, 7th Floor, Newark, NJ 07102
800-344-2112 | na.industrial.panasonic.com | industrial@us.panasonic.com
Copyright © 2016 Panasonic Corporation of North America. | All Rights Reserved. Specifications are subject to change without notice. | PGS Brochure, FY16-027-3,000
PGS selction guide_for print(9.14.16).indd 1-3
P
G
S
The Advanced Thermal
Management Solution
For Today’s Designs
SSM IMPLEMENTATION
BEFORE: Example of current heat solution with PGS
P
Pyrolytic
GGraphite
SSheet
Thermal management has long been a battle waged by design engineers.
As the size of devices are decreasing, with power consumption increasing,
the common methods of heat transfer are failing to meet today’s designs.
To address today’s Thermal Management requirements, Panasonic has developed
an advanced heat spreading material called Pyrolytic Graphite Sheet or PGS.
Designed for thermal management/heat-sinking in limited spaces or to provide
supplemental heat-sinking in addition to conventional means, PGS is the ultimate extreme
Thermal Managment Solution!
1-800-344-2112
na.industrial.panasonic.com/PGS
9/14/16 8:56 AM
PPyrolytic
GGraphite
SSheet
WHAT IS PGS?
PGS is an ultra-thin, lightweight, graphite polymer film with a thermal conductivity high enough to release
and diffuse the heat generated by heat sources such as processors, power amplifiers and batteries.
Developed by Panasonic engineers, this synthetically made material was named Pyrolytic Graphite Sheet or
PGS. With a thermal conductivity up to five times greater than copper, PGS is extremely pliable and can be
applied to heat-source shapes in high-density mounting situations.
Ideal for providing thermal management / heat-sinking in limited spaces
or as supplemental heat-sink protection in addition
Heat Sink
to conventional means, PGS is light-weight, flexible
and can be cut into customizable shapes to protect PGS Graphite Sheet
any electronic device.
Integrated Circuit
Printed Circuit Board
PGS THERMAL MANAGEMENT OPTIONS
Standard Pyrolytic Graphite Sheets provide excellent thermal conductivity that can withstand
temperatures up to 400°C! PGS sheets are also available with additional adhesives and
laminants to provide extremely high heat resistance,
insulation and stability within the application.
Please review the PGS Selection Guide
in this brochure for complete details.
Pyrolytic
Graphite
Sheet
NEW PGS OPTIONS
EXPANDED THICKNESS OPTIONS AND NEW
SEMI-SEALING MATERIAL (SSM) NOW AVAILABLE!
The groundbreaking thermal management material PGS is now available in several new
thicknesses. PGS can now be ordered in 10 μm, 17 μm, 25 μm, 40 μm, and 50 μm thicknesses
for expanded application coverage.
In addition, Panasonic has introduced a new addition
to the PGS family called Semi-Sealing Material (SSM)
layer. This is an elastomer layer that helps to facilitate
the spread of heat generated by a PC board. Because it
is compressible, this SSM layer fills the voids that are
inherently present on any circuit board for greater
contact with the heat source(s). This new option is ideal
for applications where both electrical isolation and
thermal management are required.
TIM (Silicone sheet)
Adhesive
AFTER: New heat solution with PGS and SSM
PGS
PGS + SSM
Heat Spreader
PCB
PGS FEATURES AT-A-GLANCE
• Thermal Conductivity: 700 to 1950 W/(m-K)
• Offers Thermal Conductivity Two to Five Times as High
as Copper, Three to Eight Times as High as Aluminum
• High Stability, No Deterioration With Age
• Simultaneous Solution For Thermal and
Electromagnetic Wave Problems
• Thin, Flexible and Easy to Cut or Trim
• Withstands Repeated Bending
• Low Thermal Resistance
• RoHS and REACH Compliant
PCB
Panasonic Industrial Devices Sales Company of America
Two Riverfront Plaza, 7th Floor, Newark, NJ 07102
800-344-2112 | na.industrial.panasonic.com | industrial@us.panasonic.com
Copyright © 2016 Panasonic Corporation of North America. | All Rights Reserved. Specifications are subject to change without notice. | PGS Brochure, FY16-027-3,000
PGS selction guide_for print(9.14.16).indd 1-3
P
G
S
The Advanced Thermal
Management Solution
For Today’s Designs
SSM IMPLEMENTATION
BEFORE: Example of current heat solution with PGS
P
Pyrolytic
GGraphite
SSheet
Thermal management has long been a battle waged by design engineers.
As the size of devices are decreasing, with power consumption increasing,
the common methods of heat transfer are failing to meet today’s designs.
To address today’s Thermal Management requirements, Panasonic has developed
an advanced heat spreading material called Pyrolytic Graphite Sheet or PGS.
Designed for thermal management/heat-sinking in limited spaces or to provide
supplemental heat-sinking in addition to conventional means, PGS is the ultimate extreme
Thermal Managment Solution!
1-800-344-2112
na.industrial.panasonic.com/PGS
9/14/16 8:56 AM
PPyrolytic
GGraphite
SSheet
PPyrolytic
GGraphite
SSheet
SELECTION GUIDE
SELECTION GUIDE
SIZE
10μm
17μm
115×180 mm
25μm
40μm
50μm
70μm
100μm
EYG-S091203
EYG-S091204
EYG-S091205
EYG-S091207
EYG-S091210
EYG-S121803
180×230 mm
A-F Type*
A-M Type
A-DF Type*
A-PA Type
A-PM Type
A-DM Type
A-V Type
A-RV Type
A-KV Type
EYG-S121804
EYG-S121805
EYG-S121807
EYG-S121810
EYG-S182304
EYG-S182305
EYG-S182307
EYG-S182310
90×115 mm
EYG-A091201A
EYG-A091202A
EYG-A091203A
EYG-A091204A
EYG-A091205A
EYG-A091207A
115×180 mm
EYG-A121801A
EYG-A121802A
EYG-A121803A
EYG-A121804A
EYG-A121805A
EYG-A121807A
90×115 mm
EYG-A091201F
EYG-A091202F
EYG-A091204F
EYG-A091205F
115×180 mm
EYG-A121801F
EYG-A121802F
EYG-A121804F
EYG-A121805F
90×115 mm
EYG-A091201M
EYG-A091202M
EYG-A091203M
EYG-A091204M
EYG-A091205M
EYG-A091207M
115×180 mm
EYG-A121801M
EYG-A121802M
EYG-A121803M
EYG-A121804M
EYG-A121805M
EYG-A121807M
90×115 mm
EYG-A091201DF
EYG-A091202DF
EYG-A091204DF EYG-A091205DF
115×180 mm
EYG-A121801DF
EYG-A121802DF
EYG-A121804DF EYG-A121805DF
TYPE
PGS ONLY
S TYPE
REAR FACE
A-A TYPE
Insulative Adhesion Type: 30 μm
Graphite Sheet
Graphite Sheet
Acrylic Adhesive
Tape 30 μm
ADHESIVE TYPES
A -F TYPE
Insulative thin adhesion Type 6 μm
Graphite Sheet
Acrylic Adhesive
tape 6 μm
A-M TYPE
Insulative Thin
Adhesion Type: 10 μm
Acrylic Adhesive
Graphite Sheet
tape 10 μm
STRUCTURE
TYPE
A-V TYPE
FRONT FACE
High Heat Resistant
Adhesive Type: 18 μm
REAR FACE
A-RV TYPE
A-KV TYPE
High Heat Resistance and Insulation 13 μm
High Heat Resistance and Insulation 30 μm
High Heat Resistant and Insulative
Adhesive Type: 18 μm
High Resistant
Graphite Sheet
PEEK Tape 13 μm
Graphite Sheet
High Heat Resistant and Insulative
Adhesive Type: 18 μm
Polymide Tape 18 μm
Graphite Sheet
STRUCTURE
Separating Paper
FEATURES
CHARACTERISTICS
HIGH HEAT RESISTANCE PGS TYPES
- High Thermal
Conductivity
- High Flexibility
- Low Thermal Resistance
- Conductive Material
Separating Paper
Separating Paper
- With Insulation Material on One Side - With Insulation Material on One Side - With Insulation Material on One Side
- WIth Strong Adhesive Tape
- Low Thermal Resistance
- L ow Thermal Resistance Compared
- Withstanding Voltage: 2 kV
comparison with A-A Type
with A-A Type
- Withstanding Voltage: 2 kV
FEATURES
High Resistant
Acrylic Adhesive Tape 18 μm Separating Paper
High Resistant
Acrylic Adhesive Tape 18 μm Separating Paper
High Resistant
Acrylic Adhesive Tape 18 μm
- With High Heat Resistant Adhesive Tape on
One Side
- Withstanding Voltage:
Adhesive Tape: 2 kV
- With High Heat Resistant Adhesive and
Insulative Tapes
- Withstanding Voltage: PEEK Tape: 2 kV
Adhesive Tape: 2 kV
- With High Heat Resistant and Insulative Tapes
- Withstanding Voltage PI Tape: 5 kV
Adhesive Tape: 2 kV
90×115 mm
EYG-A091201PA
EYG-A091202PA
EYG-A091203PA
EYG-A091204PA
EYG-A091205PA
EYG-A091207PA
115×180 mm
EYG-A121801PA
EYG-A121802PA
EYG-A121803PA
EYG-A121804PA
EYG-A121805PA
EYG-A121807PA
90×115 mm
EYG-A091201PM EYG-A091202PM EYG-A091203PM EYG-A091204PM EYG-A091205PM EYG-A091207PM
WITHSTAND
TEMPERATURE
400° C
100° C
100° C
100° C
WITHSTAND
TEMPERATURE
150° C
150° C
150° C
115×180 mm
EYG-A121801PM EYG-A121802PM EYG-A121803PM EYG-A121804PM EYG-A121805PM EYG-A121807PM
STANDARD SIZE
115 x 180mm
90 x 115mm
90 x 115 mm
90 x 115mm
STANDARD SIZE
90 x 115mm
90 x 115mm
90 x 115mm
90×115 mm
EYG-A091201DM EYG-A091202DM EYG-A091203DM EYG-A091204DM EYG-A091205DM EYG-A091207DM
115×180 mm
EYG-A121801DM EYG-A121802DM EYG-A121803DM EYG-A121804DM EYG-A121805DM EYG-A121807DM
MAXIMUM SIZE
180 x 230mm
150 x 180mm (25μm)
115 x 180mm
115 x 180 mm
115 x 180mm
MAXIMUM SIZE
115 x 180mm
115 x 180mm
115 x 180mm
90×115 mm
EYG-A091201V
EYG-A091202V
EYG-A091203V
EYG-A091204V
EYG-A091205V
EYG-A091207V
115×180 mm
EYG-A121801V
EYG-A121802V
EYG-A121803V
EYG-A121804V
EYG-A121805V
EYG-A121807V
90×115 mm
EYG-A091201RV EYG-A091202RV
EYG-A091203RV
EYG-A091204RV EYG-A091205RV EYG-A091207RV
115×180 mm
EYG-A121801RV EYG-A121802KV
EYG-A121803RV
EYG-A121804RV EYG-A121805RV EYG-A121807RV
90×115 mm
EYG-A091201KV
EYG-A091202KV
EYG-A091203KV
EYG-A091204KV EYG-A091205KV EYG-A091207KV
115×180 mm
EYG-A121801KV
EYG-A121802KV
EYG-A121803KV
EYG-A121804KV EYG-A121805KV EYG-A121807KV
TYPE
FRONT FACE
Polyester Tape Standard Type 10 μm Polyester Tape Standard Type 30 μm Polyester Tape Standard Type 30 μm
REAR FACE
Insulative Thin Adhesion Type 6 μm
*For Part Number Information, Please Reference The PGS Datasheet at na.industrial.panasonic.com/PGS
Graphite Sheet
CHARACTERISTICS
CHARACTERISTICS
Thickness
Density
Thermal Conductivity
(a-b plane)
Electrical Conductivity
Extensional Strength
Heat Resistance
UNITS
mm
g/cm^3
70um
50um
40um
25um
17um
10um
0.1
0.07
0.05
0.04
0.025
0.017
0.01
0.85
1.21
1.7
1.8
1.9
2.1
2.13
700
1000
1300
1350
1600
1850
1950
S/cm
10,000
10,000
10,000
10,000
20,000
20,000
20,000
Mpa
20
20
20
25
30
40
40
Bending Angle
“Number of Cycles”
(Radius 5mm, Angle 180)
PGS selction guide_for print(9.14.16).indd 4-6
100um
W/(m-K)
"Degrees Celsius”
400°C
10,000
A-DF TYPE
LAMINATED TYPES (INSULATION AND ADHESIVE)
A-PA TYPE
A-PM TYPE
Polyester (PET)
Tape 10 μm Tape
Polyester Tape Thin Type 10 μm
Insulative Adhesion Type: 30 μm Insulative Thin Adhesion Type: 10 μm Insulative Thin Adhesion Type: 10 μm
Polyester (PET)
Polyester (PET)
Polyester (PET)
Tape 30 μm Tape Graphite Sheet Tape 30 μm Tape Graphite Sheet Tape 10 μm Tape
Graphite Sheet
HIGH THERMAL CONDUCTIVITY
Diamond
PGS 17 µm
STRUCTURE
PGS 25 µm
Acrylic Adhesive
Acrylic Adhesive
Acrylic Adhesive
Acrylic Adhesive
Tape
10
μm
Tape
30
μm
Tape 10 μm
Tape
6
μm
Separating Paper
Separating Paper
Separating Paper
Separating Paper
FEATURES
Separating Paper
A-DM TYPE
- With Insulation Material on
Both Sides
- Withstanding Voltage:
PET tape : 1 kV
- With Insulation Material on
Both Sides
- Withstanding Voltage:
PET Tape: 4 kV
- Adhesive Tape: 2 kV
- With Insulation Material on
Both Sides
- Withstanding Voltage:
PET Tape: 4 kV
- Adhesive Tape: 1 kV
- With Insulation
Material on Both Sides
- Withstanding Voltage:
PET Tape: 1 kV
- Adhesive Tape: 1 kV
WITHSTAND
TEMPERATURE
100°C
100°C
100°C
100°C
STANDARD SIZE
90 x 115mm
90 x 115mm
90 x 115mm
90 x 115mm
MAXIMUM SIZE
115 x 180mm
115 x 180mm
115 x 180mm
115 x 180mm
PGS 70 µm
MATERIAL
A-A Type
PRODUCT OVERVIEW
STANDARD PGS TYPES
90×115 mm
S-Type
PPyrolytic
GGraphite
SSheet
PGS 100 µm
Pure Copper
Aluminum
Magnesium Alloy
Stainless Steel
Heat Conductive Sheet
0
200
400
600
800
1000
1200
1400
1600
1800
2000
THERMAL CONDUCTIVITY (W/m-K)
9/14/16 8:56 AM
PPyrolytic
GGraphite
SSheet
PPyrolytic
GGraphite
SSheet
SELECTION GUIDE
SELECTION GUIDE
SIZE
10μm
17μm
115×180 mm
25μm
40μm
50μm
70μm
100μm
EYG-S091203
EYG-S091204
EYG-S091205
EYG-S091207
EYG-S091210
EYG-S121803
180×230 mm
A-F Type*
A-M Type
A-DF Type*
A-PA Type
A-PM Type
A-DM Type
A-V Type
A-RV Type
A-KV Type
EYG-S121804
EYG-S121805
EYG-S121807
EYG-S121810
EYG-S182304
EYG-S182305
EYG-S182307
EYG-S182310
90×115 mm
EYG-A091201A
EYG-A091202A
EYG-A091203A
EYG-A091204A
EYG-A091205A
EYG-A091207A
115×180 mm
EYG-A121801A
EYG-A121802A
EYG-A121803A
EYG-A121804A
EYG-A121805A
EYG-A121807A
90×115 mm
EYG-A091201F
EYG-A091202F
EYG-A091204F
EYG-A091205F
115×180 mm
EYG-A121801F
EYG-A121802F
EYG-A121804F
EYG-A121805F
90×115 mm
EYG-A091201M
EYG-A091202M
EYG-A091203M
EYG-A091204M
EYG-A091205M
EYG-A091207M
115×180 mm
EYG-A121801M
EYG-A121802M
EYG-A121803M
EYG-A121804M
EYG-A121805M
EYG-A121807M
90×115 mm
EYG-A091201DF
EYG-A091202DF
EYG-A091204DF EYG-A091205DF
115×180 mm
EYG-A121801DF
EYG-A121802DF
EYG-A121804DF EYG-A121805DF
TYPE
PGS ONLY
S TYPE
REAR FACE
A-A TYPE
Insulative Adhesion Type: 30 μm
Graphite Sheet
Graphite Sheet
Acrylic Adhesive
Tape 30 μm
ADHESIVE TYPES
A -F TYPE
Insulative thin adhesion Type 6 μm
Graphite Sheet
Acrylic Adhesive
tape 6 μm
A-M TYPE
Insulative Thin
Adhesion Type: 10 μm
Acrylic Adhesive
Graphite Sheet
tape 10 μm
STRUCTURE
TYPE
A-V TYPE
FRONT FACE
High Heat Resistant
Adhesive Type: 18 μm
REAR FACE
A-RV TYPE
A-KV TYPE
High Heat Resistance and Insulation 13 μm
High Heat Resistance and Insulation 30 μm
High Heat Resistant and Insulative
Adhesive Type: 18 μm
High Resistant
Graphite Sheet
PEEK Tape 13 μm
Graphite Sheet
High Heat Resistant and Insulative
Adhesive Type: 18 μm
Polymide Tape 18 μm
Graphite Sheet
STRUCTURE
Separating Paper
FEATURES
CHARACTERISTICS
HIGH HEAT RESISTANCE PGS TYPES
- High Thermal
Conductivity
- High Flexibility
- Low Thermal Resistance
- Conductive Material
Separating Paper
Separating Paper
- With Insulation Material on One Side - With Insulation Material on One Side - With Insulation Material on One Side
- WIth Strong Adhesive Tape
- Low Thermal Resistance
- L ow Thermal Resistance Compared
- Withstanding Voltage: 2 kV
comparison with A-A Type
with A-A Type
- Withstanding Voltage: 2 kV
FEATURES
High Resistant
Acrylic Adhesive Tape 18 μm Separating Paper
High Resistant
Acrylic Adhesive Tape 18 μm Separating Paper
High Resistant
Acrylic Adhesive Tape 18 μm
- With High Heat Resistant Adhesive Tape on
One Side
- Withstanding Voltage:
Adhesive Tape: 2 kV
- With High Heat Resistant Adhesive and
Insulative Tapes
- Withstanding Voltage: PEEK Tape: 2 kV
Adhesive Tape: 2 kV
- With High Heat Resistant and Insulative Tapes
- Withstanding Voltage PI Tape: 5 kV
Adhesive Tape: 2 kV
90×115 mm
EYG-A091201PA
EYG-A091202PA
EYG-A091203PA
EYG-A091204PA
EYG-A091205PA
EYG-A091207PA
115×180 mm
EYG-A121801PA
EYG-A121802PA
EYG-A121803PA
EYG-A121804PA
EYG-A121805PA
EYG-A121807PA
90×115 mm
EYG-A091201PM EYG-A091202PM EYG-A091203PM EYG-A091204PM EYG-A091205PM EYG-A091207PM
WITHSTAND
TEMPERATURE
400° C
100° C
100° C
100° C
WITHSTAND
TEMPERATURE
150° C
150° C
150° C
115×180 mm
EYG-A121801PM EYG-A121802PM EYG-A121803PM EYG-A121804PM EYG-A121805PM EYG-A121807PM
STANDARD SIZE
115 x 180mm
90 x 115mm
90 x 115 mm
90 x 115mm
STANDARD SIZE
90 x 115mm
90 x 115mm
90 x 115mm
90×115 mm
EYG-A091201DM EYG-A091202DM EYG-A091203DM EYG-A091204DM EYG-A091205DM EYG-A091207DM
115×180 mm
EYG-A121801DM EYG-A121802DM EYG-A121803DM EYG-A121804DM EYG-A121805DM EYG-A121807DM
MAXIMUM SIZE
180 x 230mm
150 x 180mm (25μm)
115 x 180mm
115 x 180 mm
115 x 180mm
MAXIMUM SIZE
115 x 180mm
115 x 180mm
115 x 180mm
90×115 mm
EYG-A091201V
EYG-A091202V
EYG-A091203V
EYG-A091204V
EYG-A091205V
EYG-A091207V
115×180 mm
EYG-A121801V
EYG-A121802V
EYG-A121803V
EYG-A121804V
EYG-A121805V
EYG-A121807V
90×115 mm
EYG-A091201RV EYG-A091202RV
EYG-A091203RV
EYG-A091204RV EYG-A091205RV EYG-A091207RV
115×180 mm
EYG-A121801RV EYG-A121802KV
EYG-A121803RV
EYG-A121804RV EYG-A121805RV EYG-A121807RV
90×115 mm
EYG-A091201KV
EYG-A091202KV
EYG-A091203KV
EYG-A091204KV EYG-A091205KV EYG-A091207KV
115×180 mm
EYG-A121801KV
EYG-A121802KV
EYG-A121803KV
EYG-A121804KV EYG-A121805KV EYG-A121807KV
TYPE
FRONT FACE
Polyester Tape Standard Type 10 μm Polyester Tape Standard Type 30 μm Polyester Tape Standard Type 30 μm
REAR FACE
Insulative Thin Adhesion Type 6 μm
*For Part Number Information, Please Reference The PGS Datasheet at na.industrial.panasonic.com/PGS
Graphite Sheet
CHARACTERISTICS
CHARACTERISTICS
Thickness
Density
Thermal Conductivity
(a-b plane)
Electrical Conductivity
Extensional Strength
Heat Resistance
UNITS
mm
g/cm^3
70um
50um
40um
25um
17um
10um
0.1
0.07
0.05
0.04
0.025
0.017
0.01
0.85
1.21
1.7
1.8
1.9
2.1
2.13
700
1000
1300
1350
1600
1850
1950
S/cm
10,000
10,000
10,000
10,000
20,000
20,000
20,000
Mpa
20
20
20
25
30
40
40
Bending Angle
“Number of Cycles”
(Radius 5mm, Angle 180)
PGS selction guide_for print(9.14.16).indd 4-6
100um
W/(m-K)
"Degrees Celsius”
400°C
10,000
A-DF TYPE
LAMINATED TYPES (INSULATION AND ADHESIVE)
A-PA TYPE
A-PM TYPE
Polyester (PET)
Tape 10 μm Tape
Polyester Tape Thin Type 10 μm
Insulative Adhesion Type: 30 μm Insulative Thin Adhesion Type: 10 μm Insulative Thin Adhesion Type: 10 μm
Polyester (PET)
Polyester (PET)
Polyester (PET)
Tape 30 μm Tape Graphite Sheet Tape 30 μm Tape Graphite Sheet Tape 10 μm Tape
Graphite Sheet
HIGH THERMAL CONDUCTIVITY
Diamond
PGS 17 µm
STRUCTURE
PGS 25 µm
Acrylic Adhesive
Acrylic Adhesive
Acrylic Adhesive
Acrylic Adhesive
Tape
10
μm
Tape
30
μm
Tape 10 μm
Tape
6
μm
Separating Paper
Separating Paper
Separating Paper
Separating Paper
FEATURES
Separating Paper
A-DM TYPE
- With Insulation Material on
Both Sides
- Withstanding Voltage:
PET tape : 1 kV
- With Insulation Material on
Both Sides
- Withstanding Voltage:
PET Tape: 4 kV
- Adhesive Tape: 2 kV
- With Insulation Material on
Both Sides
- Withstanding Voltage:
PET Tape: 4 kV
- Adhesive Tape: 1 kV
- With Insulation
Material on Both Sides
- Withstanding Voltage:
PET Tape: 1 kV
- Adhesive Tape: 1 kV
WITHSTAND
TEMPERATURE
100°C
100°C
100°C
100°C
STANDARD SIZE
90 x 115mm
90 x 115mm
90 x 115mm
90 x 115mm
MAXIMUM SIZE
115 x 180mm
115 x 180mm
115 x 180mm
115 x 180mm
PGS 70 µm
MATERIAL
A-A Type
PRODUCT OVERVIEW
STANDARD PGS TYPES
90×115 mm
S-Type
PPyrolytic
GGraphite
SSheet
PGS 100 µm
Pure Copper
Aluminum
Magnesium Alloy
Stainless Steel
Heat Conductive Sheet
0
200
400
600
800
1000
1200
1400
1600
1800
2000
THERMAL CONDUCTIVITY (W/m-K)
9/14/16 8:56 AM
PPyrolytic
GGraphite
SSheet
PPyrolytic
GGraphite
SSheet
SELECTION GUIDE
SELECTION GUIDE
SIZE
10μm
17μm
115×180 mm
25μm
40μm
50μm
70μm
100μm
EYG-S091203
EYG-S091204
EYG-S091205
EYG-S091207
EYG-S091210
EYG-S121803
180×230 mm
A-F Type*
A-M Type
A-DF Type*
A-PA Type
A-PM Type
A-DM Type
A-V Type
A-RV Type
A-KV Type
EYG-S121804
EYG-S121805
EYG-S121807
EYG-S121810
EYG-S182304
EYG-S182305
EYG-S182307
EYG-S182310
90×115 mm
EYG-A091201A
EYG-A091202A
EYG-A091203A
EYG-A091204A
EYG-A091205A
EYG-A091207A
115×180 mm
EYG-A121801A
EYG-A121802A
EYG-A121803A
EYG-A121804A
EYG-A121805A
EYG-A121807A
90×115 mm
EYG-A091201F
EYG-A091202F
EYG-A091204F
EYG-A091205F
115×180 mm
EYG-A121801F
EYG-A121802F
EYG-A121804F
EYG-A121805F
90×115 mm
EYG-A091201M
EYG-A091202M
EYG-A091203M
EYG-A091204M
EYG-A091205M
EYG-A091207M
115×180 mm
EYG-A121801M
EYG-A121802M
EYG-A121803M
EYG-A121804M
EYG-A121805M
EYG-A121807M
90×115 mm
EYG-A091201DF
EYG-A091202DF
EYG-A091204DF EYG-A091205DF
115×180 mm
EYG-A121801DF
EYG-A121802DF
EYG-A121804DF EYG-A121805DF
TYPE
PGS ONLY
S TYPE
REAR FACE
A-A TYPE
Insulative Adhesion Type: 30 μm
Graphite Sheet
Graphite Sheet
Acrylic Adhesive
Tape 30 μm
ADHESIVE TYPES
A -F TYPE
Insulative thin adhesion Type 6 μm
Graphite Sheet
Acrylic Adhesive
tape 6 μm
A-M TYPE
Insulative Thin
Adhesion Type: 10 μm
Acrylic Adhesive
Graphite Sheet
tape 10 μm
STRUCTURE
TYPE
A-V TYPE
FRONT FACE
High Heat Resistant
Adhesive Type: 18 μm
REAR FACE
A-RV TYPE
A-KV TYPE
High Heat Resistance and Insulation 13 μm
High Heat Resistance and Insulation 30 μm
High Heat Resistant and Insulative
Adhesive Type: 18 μm
High Resistant
Graphite Sheet
PEEK Tape 13 μm
Graphite Sheet
High Heat Resistant and Insulative
Adhesive Type: 18 μm
Polymide Tape 18 μm
Graphite Sheet
STRUCTURE
Separating Paper
FEATURES
CHARACTERISTICS
HIGH HEAT RESISTANCE PGS TYPES
- High Thermal
Conductivity
- High Flexibility
- Low Thermal Resistance
- Conductive Material
Separating Paper
Separating Paper
- With Insulation Material on One Side - With Insulation Material on One Side - With Insulation Material on One Side
- WIth Strong Adhesive Tape
- Low Thermal Resistance
- L ow Thermal Resistance Compared
- Withstanding Voltage: 2 kV
comparison with A-A Type
with A-A Type
- Withstanding Voltage: 2 kV
FEATURES
High Resistant
Acrylic Adhesive Tape 18 μm Separating Paper
High Resistant
Acrylic Adhesive Tape 18 μm Separating Paper
High Resistant
Acrylic Adhesive Tape 18 μm
- With High Heat Resistant Adhesive Tape on
One Side
- Withstanding Voltage:
Adhesive Tape: 2 kV
- With High Heat Resistant Adhesive and
Insulative Tapes
- Withstanding Voltage: PEEK Tape: 2 kV
Adhesive Tape: 2 kV
- With High Heat Resistant and Insulative Tapes
- Withstanding Voltage PI Tape: 5 kV
Adhesive Tape: 2 kV
90×115 mm
EYG-A091201PA
EYG-A091202PA
EYG-A091203PA
EYG-A091204PA
EYG-A091205PA
EYG-A091207PA
115×180 mm
EYG-A121801PA
EYG-A121802PA
EYG-A121803PA
EYG-A121804PA
EYG-A121805PA
EYG-A121807PA
90×115 mm
EYG-A091201PM EYG-A091202PM EYG-A091203PM EYG-A091204PM EYG-A091205PM EYG-A091207PM
WITHSTAND
TEMPERATURE
400° C
100° C
100° C
100° C
WITHSTAND
TEMPERATURE
150° C
150° C
150° C
115×180 mm
EYG-A121801PM EYG-A121802PM EYG-A121803PM EYG-A121804PM EYG-A121805PM EYG-A121807PM
STANDARD SIZE
115 x 180mm
90 x 115mm
90 x 115 mm
90 x 115mm
STANDARD SIZE
90 x 115mm
90 x 115mm
90 x 115mm
90×115 mm
EYG-A091201DM EYG-A091202DM EYG-A091203DM EYG-A091204DM EYG-A091205DM EYG-A091207DM
115×180 mm
EYG-A121801DM EYG-A121802DM EYG-A121803DM EYG-A121804DM EYG-A121805DM EYG-A121807DM
MAXIMUM SIZE
180 x 230mm
150 x 180mm (25μm)
115 x 180mm
115 x 180 mm
115 x 180mm
MAXIMUM SIZE
115 x 180mm
115 x 180mm
115 x 180mm
90×115 mm
EYG-A091201V
EYG-A091202V
EYG-A091203V
EYG-A091204V
EYG-A091205V
EYG-A091207V
115×180 mm
EYG-A121801V
EYG-A121802V
EYG-A121803V
EYG-A121804V
EYG-A121805V
EYG-A121807V
90×115 mm
EYG-A091201RV EYG-A091202RV
EYG-A091203RV
EYG-A091204RV EYG-A091205RV EYG-A091207RV
115×180 mm
EYG-A121801RV EYG-A121802KV
EYG-A121803RV
EYG-A121804RV EYG-A121805RV EYG-A121807RV
90×115 mm
EYG-A091201KV
EYG-A091202KV
EYG-A091203KV
EYG-A091204KV EYG-A091205KV EYG-A091207KV
115×180 mm
EYG-A121801KV
EYG-A121802KV
EYG-A121803KV
EYG-A121804KV EYG-A121805KV EYG-A121807KV
TYPE
FRONT FACE
Polyester Tape Standard Type 10 μm Polyester Tape Standard Type 30 μm Polyester Tape Standard Type 30 μm
REAR FACE
Insulative Thin Adhesion Type 6 μm
*For Part Number Information, Please Reference The PGS Datasheet at na.industrial.panasonic.com/PGS
Graphite Sheet
CHARACTERISTICS
CHARACTERISTICS
Thickness
Density
Thermal Conductivity
(a-b plane)
Electrical Conductivity
Extensional Strength
Heat Resistance
UNITS
mm
g/cm^3
70um
50um
40um
25um
17um
10um
0.1
0.07
0.05
0.04
0.025
0.017
0.01
0.85
1.21
1.7
1.8
1.9
2.1
2.13
700
1000
1300
1350
1600
1850
1950
S/cm
10,000
10,000
10,000
10,000
20,000
20,000
20,000
Mpa
20
20
20
25
30
40
40
Bending Angle
“Number of Cycles”
(Radius 5mm, Angle 180)
PGS selction guide_for print(9.14.16).indd 4-6
100um
W/(m-K)
"Degrees Celsius”
400°C
10,000
A-DF TYPE
LAMINATED TYPES (INSULATION AND ADHESIVE)
A-PA TYPE
A-PM TYPE
Polyester (PET)
Tape 10 μm Tape
Polyester Tape Thin Type 10 μm
Insulative Adhesion Type: 30 μm Insulative Thin Adhesion Type: 10 μm Insulative Thin Adhesion Type: 10 μm
Polyester (PET)
Polyester (PET)
Polyester (PET)
Tape 30 μm Tape Graphite Sheet Tape 30 μm Tape Graphite Sheet Tape 10 μm Tape
Graphite Sheet
HIGH THERMAL CONDUCTIVITY
Diamond
PGS 17 µm
STRUCTURE
PGS 25 µm
Acrylic Adhesive
Acrylic Adhesive
Acrylic Adhesive
Acrylic Adhesive
Tape
10
μm
Tape
30
μm
Tape 10 μm
Tape
6
μm
Separating Paper
Separating Paper
Separating Paper
Separating Paper
FEATURES
Separating Paper
A-DM TYPE
- With Insulation Material on
Both Sides
- Withstanding Voltage:
PET tape : 1 kV
- With Insulation Material on
Both Sides
- Withstanding Voltage:
PET Tape: 4 kV
- Adhesive Tape: 2 kV
- With Insulation Material on
Both Sides
- Withstanding Voltage:
PET Tape: 4 kV
- Adhesive Tape: 1 kV
- With Insulation
Material on Both Sides
- Withstanding Voltage:
PET Tape: 1 kV
- Adhesive Tape: 1 kV
WITHSTAND
TEMPERATURE
100°C
100°C
100°C
100°C
STANDARD SIZE
90 x 115mm
90 x 115mm
90 x 115mm
90 x 115mm
MAXIMUM SIZE
115 x 180mm
115 x 180mm
115 x 180mm
115 x 180mm
PGS 70 µm
MATERIAL
A-A Type
PRODUCT OVERVIEW
STANDARD PGS TYPES
90×115 mm
S-Type
PPyrolytic
GGraphite
SSheet
PGS 100 µm
Pure Copper
Aluminum
Magnesium Alloy
Stainless Steel
Heat Conductive Sheet
0
200
400
600
800
1000
1200
1400
1600
1800
2000
THERMAL CONDUCTIVITY (W/m-K)
9/14/16 8:56 AM
PPyrolytic
GGraphite
SSheet
WHAT IS PGS?
PGS is an ultra-thin, lightweight, graphite polymer film with a thermal conductivity high enough to release
and diffuse the heat generated by heat sources such as processors, power amplifiers and batteries.
Developed by Panasonic engineers, this synthetically made material was named Pyrolytic Graphite Sheet or
PGS. With a thermal conductivity up to five times greater than copper, PGS is extremely pliable and can be
applied to heat-source shapes in high-density mounting situations.
Ideal for providing thermal management / heat-sinking in limited spaces
or as supplemental heat-sink protection in addition
Heat Sink
to conventional means, PGS is light-weight, flexible
and can be cut into customizable shapes to protect PGS Graphite Sheet
any electronic device.
Integrated Circuit
Printed Circuit Board
PGS THERMAL MANAGEMENT OPTIONS
Standard Pyrolytic Graphite Sheets provide excellent thermal conductivity that can withstand
temperatures up to 400°C! PGS sheets are also available with additional adhesives and
laminants to provide extremely high heat resistance,
insulation and stability within the application.
Please review the PGS Selection Guide
in this brochure for complete details.
Pyrolytic
Graphite
Sheet
NEW PGS OPTIONS
EXPANDED THICKNESS OPTIONS AND NEW
SEMI-SEALING MATERIAL (SSM) NOW AVAILABLE!
The groundbreaking thermal management material PGS is now available in several new
thicknesses. PGS can now be ordered in 10 μm, 17 μm, 25 μm, 40 μm, and 50 μm thicknesses
for expanded application coverage.
In addition, Panasonic has introduced a new addition
to the PGS family called Semi-Sealing Material (SSM)
layer. This is an elastomer layer that helps to facilitate
the spread of heat generated by a PC board. Because it
is compressible, this SSM layer fills the voids that are
inherently present on any circuit board for greater
contact with the heat source(s). This new option is ideal
for applications where both electrical isolation and
thermal management are required.
TIM (Silicone sheet)
Adhesive
AFTER: New heat solution with PGS and SSM
PGS
PGS + SSM
Heat Spreader
PCB
PGS FEATURES AT-A-GLANCE
• Thermal Conductivity: 700 to 1950 W/(m-K)
• Offers Thermal Conductivity Two to Five Times as High
as Copper, Three to Eight Times as High as Aluminum
• High Stability, No Deterioration With Age
• Simultaneous Solution For Thermal and
Electromagnetic Wave Problems
• Thin, Flexible and Easy to Cut or Trim
• Withstands Repeated Bending
• Low Thermal Resistance
• RoHS and REACH Compliant
PCB
Panasonic Industrial Devices Sales Company of America
Two Riverfront Plaza, 7th Floor, Newark, NJ 07102
800-344-2112 | na.industrial.panasonic.com | industrial@us.panasonic.com
Copyright © 2016 Panasonic Corporation of North America. | All Rights Reserved. Specifications are subject to change without notice. | PGS Brochure, FY16-027-3,000
PGS selction guide_for print(9.14.16).indd 1-3
P
G
S
The Advanced Thermal
Management Solution
For Today’s Designs
SSM IMPLEMENTATION
BEFORE: Example of current heat solution with PGS
P
Pyrolytic
GGraphite
SSheet
Thermal management has long been a battle waged by design engineers.
As the size of devices are decreasing, with power consumption increasing,
the common methods of heat transfer are failing to meet today’s designs.
To address today’s Thermal Management requirements, Panasonic has developed
an advanced heat spreading material called Pyrolytic Graphite Sheet or PGS.
Designed for thermal management/heat-sinking in limited spaces or to provide
supplemental heat-sinking in addition to conventional means, PGS is the ultimate extreme
Thermal Managment Solution!
1-800-344-2112
na.industrial.panasonic.com/PGS
9/14/16 8:56 AM
