Thermal Strage Sheet
|Thin-filmed and multi-layer PGS has a significantly enhanced heat transport capacity||New high-performance thermal insulation sheet capable of insulating a limited space of 1mm or less||Thermal-conductive sealing material that efficiently conducts heat to PGS||Thermal storage material that suppresses rapid temperature rises by absorbing and storing generated heat|
- Measuring Instrument
- Base Station
- Digital Still Camera
- Tablet Terminal
✔ Excellent thermal conductivity with 700 to 1950 W/(m･K)
(2 to 5 times as Copper, 3 to 8 time as high as Aluminium)
✔ Lightweight (1/4 to 1/10 of Copper, 1/1.3 to 1/3 of Aluminum in density)
✔ Flexible and easy to be cut or trimmed
✔ Low thermal resistance and RoHS compliant
What is PGS Graphite Sheet?
A type of graphite made from Carbon, an artificial flexible graphite sheet developed by Panasonic ⇒Merit factors: light weight, high intensity, high stability, low environmental impact.
|✔ Thin with high thermal conductivity: 5 times of copper|
Heat control available while remaining thin/leightweight
|✔ Flexibility：Easily-worked (could be tiny or complex shape)|
More freedom in design than other sheet material like natural graphite or cooper sheet
|✔ Shielding: electromagnetic wave|
Simultaneous solution for thermal and electromagnetic wave problem
|✔ High stability: high grade carbon and high chemical stability|
Environmentally resistant, no deterioration with age
1. HOW IT WORKS 2. SUGGESTED PRODUCTS 3. DESIGN SUPPORT FLOW
|Control Heat Just by Sticking the Sheet onto the Product|
|Just stick the sheet||Film the product into the shape you like|
|Counter all types of heat problems with its high thermal performance + with combination of multiple features|
|The basic function with which PGS graphite sheet conveys heat. ||Case : Smart phone surface temperature reduction.|
Gives High Level of heat diffusion
Lower the surface temperature
Irregular color on LCD display Low temperature burn.
Lower the temperature of component parts
PA, Sensor, etc.
|Maximum usage of CPU performance|
Thermal Difussion Heat Insulation
|Optimized placement idea/product specification will be suggested from the heat simulation result|
|STEP 1: Contact|
Let us hear about your case.
- Target Temperature
- Heating Components
- Space for heat dissipating space (thickness, area, and space) etc.
|STEP 2: Suggest|
We will suggest several options for solution after conducting heat simulation
|STEP 3: Verification|
With our reliable real machine evaluation, verify the effect