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Tpcm™ 5000

Thermal Phase Change Material

Tpcm™ 5000 is a new high-performance TIM in the Laird product offering.   Tpcm™ 5000 is designed to provide the best performance to price available.  Tpcm™ 5000 provides very low thermal resistance by coupling high thermal conductivity of 5.3 W/mK, minimal bondline thickness, and with superior wetting of the mating surfaces. Softening between 50°C – 70°C, the initial pad thickness can decrease to a bondline as thin as 25µm.    Tpcm™ 5000 reliability has been demonstrated though exposure to 1000 hours of various aging tests resulting in proven dependability at an operating temperature of 125°C.  The specialty polymeric matrix offers superior pump out resistance when compared to thermally conductive greases and other phase change materials.  Tpcm™ 5000 has been formulated to provide just the right tack, remaining on liners yet easily removeable for application.

Features and Benefits

The Tpcm™ 5000 offer a combination of functional and performance-oriented characteristics that make them a reliable choice for demanding applications.

– 5.3 W/mK bulk thermal conductivity
– Cost effective
– Non silicone formulation that provides naturally tacky surface
– Fully characterized long term reliability
– No pump out
– Easy rework

Examples or main applications

The Tpcm™ 5000 are well-suited for integration into a wide range of electronic and industrial systems. Their performance and versatility make them a dependable choice across multiple sectors, supporting both high-volume manufacturing and specialized applications where reliability and efficiency are critical.
– Automotive Infotainment
– Computer servers
– Graphic Cards
– IGBTs
– Notebooks/Tablets/Portable Devices
– Power Converters
– Power Supplies

Properties

The Tpcm™ 5000 feature a balanced combination of physical, thermal, and electrical properties, making them suitable for a broad range of technical applications. Each characteristic is validated through industry-recognized test methods to ensure consistency, performance, and compliance with quality standards.

Thermal conductivity5.30 W/mK

Product variants

The Tpcm™ 5000 are available in a range of variants designed to meet specific application needs. These versions differ in format, construction, or additional features, providing flexibility in design and optimal compatibility with various systems and assembly processes.

ImageCodeDetail
A18196-05Tpcm 5125 450mm x 450mm
A18196-08Tpcm 5200 450mm x 450mm
A18196-10Tpcm 5250 450mm x 450mm
A18196-16Tpcm 5400 450mm x 450mm
A18197-05Tpcm 5125 228mm x 228mm
A18197-08Tpcm 5200 228mm x 228mm
A18197-10Tpcm 5250 228mm x 228mm
A18197-16Tpcm 5400 228mm x 228mm

Capabilities & customisation

Automated Pad PlacementAutomated PackagingCustom AutomationCustom Product DevelopmentModelingPrototypingServiceTesting

Industries

AutomotiveComputingConsumerDatacomElectric VehicleIndustrial ElectronicsMedical EquipmentSatelliteServersTelecommunicationsVideo graphics

General Catalogue

Request information

Interested in learning more about how the Tpcm™ 5000 can support your project or application? Whether you need technical details, pricing information, or would like to request a sample, our team is here to help. Fill out the form below and we’ll get back to you with the support and solutions you need. Discover how the Tpcm™ 5000 can bring added value to your design and performance requirements.

Related products

The information and technical data provided on this website are for general informational purposes only. While we strive to ensure that all content is accurate, complete, and up to date, we make no representations or warranties of any kind, express or implied, regarding the reliability, suitability, or availability of the information contained herein.

Any reliance you place on such information is strictly at your own risk. We disclaim any liability for errors, inaccuracies, or omissions and for any loss, injury, or damages resulting from the use of the information provided.

Technical specifications, data, or figures may be subject to change without notice. For official, detailed, or binding information, please contact us directly.