5592 210 MM X 300 MM 1.5 MM

5592 210 MM X 300 MM 1.5 MM Datasheet


3M Thermally Conductive Interface Pads 5592 and 5592S

Part Datasheet
5592 210 MM X 300 MM 1.5 MM 5592 210 MM X 300 MM 1.5 MM 5592 210 MM X 300 MM 1.5 MM (pdf)
Related Parts Information
5592S 5592S 5592S
5592 210 MM X 300 MM 1.0 MM 5592 210 MM X 300 MM 1.0 MM 5592 210 MM X 300 MM 1.0 MM
5592 210 MM X 300 MM 2.0 MM 5592 210 MM X 300 MM 2.0 MM 5592 210 MM X 300 MM 2.0 MM
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Technical Data

July, 2010
3M Thermally Conductive Interface Pads 5592 and 5592S

Product Description
3M Thermally Conductive Interface Pads 5592 and 5592S are designed to provide a preferential heat-transfer path between heat-generating components and heat sinks, heat spreaders or other cooling devices.
• The specialized silicone chemistry of Interfacel Pads 5592 and 5592S provides for good thermal stability of the base
polymer with excellent softness of the thermal pad.
• Interface Pad 5592 offers good thermal conductivity in a soft silicone polymer base.
• Interface Pad 5592S has a permanent polyester film 12 micrometer thick on one side to provide for a non-tacky surface,
increased puncture resistance, ease of handling and rework.
• Interface Pads 5592 and 5592S have a tacky feel. The product tack is such that a mechanical means to support the pad in
a final assembly is required.

Product Construction

Color Pad Type Pad Thickness Primary Filler Type Top Liner / Film Type

Base Liner Thickness
3M Thermally Conductive Interface Pads 5592 and 5592S White

Filled Silicone Polymer mm, mm, mm, mm

Ceramic Interface Pad 5592 Silicone Coated Polyester removable Liner /

Interface Pad 5592S 12 µm PET Film Base Liner 3 mils 75 µm

Polyester Film 12 µm = Interface Pad 5592S or Interface Pad 5592 with release liner

Filled Silicone Elastomer

Release Liner
3M Thermally Conductive Interface Pads 5592 and 5592S

Typical Physical Properties and Performance Characteristics

Note The following technical information and data should be considered representative or typical only and should not be used for specification purposes.

Property Product Number* Thermal Conductivity W/m-K

Method 3M Thermally Conductive Interface Pads 5592 and 5592S

W/m-K

Operating Temperature Range**** Shelf Life

Hardness Shore 00**

Dielectric Breakdown Volume Resistivity Flammability Rating***
-60° to 125°C

Product shelf life is 24 months from date of manufacture when stored at room temperature conditions 23-25°C & 50% RH and in the products original packaging.

Shore 00 results depend on test method and thickness of the sample tested. Typical results are in the 40-50 Shore 00 range 6 mm test thickness without the PET film. Ask 3M for more details on pad softness.
375 V/mil AC Interface Pad 5592S tested
3 x 1012 Ohms Interface Pad 5592S tested

UL-94-V0 3M tested.

Value
3M Test Method with low pressure
<10 psi 3M Test Method 3M Test Method

Modified ASTM D2240
3M TM ASTM D149 ASTM D257 UL-94-V0 TM

Note *Interface Pad 5592S has a 12 micrometer PET Film added to provide for a non-tacky surface, increased puncture resistance, ease of handling and rework. **Interface Pad 5592 tested with-out PET film on product. ***12 µm PET film is a non-FR version. ****Potential Operating Temperature Range °C . End use application testing will determine final temperature range based on final design and other environmental conditions. Suggested Temperature range is based on a 3M Test Method.

Application Guidelines

Substrate surfaces should be clean and dry prior to the thermal pad application to ensure best thermal performance. A clean surface can improve the thermal performance of an application.
More datasheets: 74F190PC | 1569 | 11022 | CY7C68300A-56PVXC | CY7C68300A-56PVC | EB41M2424 | M5500 SL005 | M5500 SL002 | M5500 SL001 | 5592S


Notice: we do not provide any warranties that information, datasheets, application notes, circuit diagrams, or software stored on this website are up-to-date or error free. The archived 5592 210 MM X 300 MM 1.5 MM Datasheet file may be downloaded here without warranties.

Datasheet ID: 5592 210 MM X 300 MM 1.5 MM 518262