Introducing
THERM-A-GAP CIP 60
6.0 W/m-K Dispensable Thermal Cure-in-Place and Gap Filler Material
Parker Chomerics THERM-A-GAP® CIP 60 is a two-component (2k) dispensable thermal gap filler and cure-in-place material with a thermal conductivity of 6.0 W/m-K. With a Shore 00 hardness of 50 at full cure, CIP 60 is designed to be an alternative to harder curing dispensable materials and also to provide an improvement over standard application methods associated with thermal gap filler pads.
As a two-component dispensable material, it can be dispensed in high volumes or used to fill in applications that require heat transfer with challenging geometries.
With a 1:1 mix ratio and packaged in cartridges of various sizes, this material can be easily dispensed through a static mixing tip using either manual or automated dispensing equipment.
Product Features
- Two-part (2k) dispensable material
- Excellent thermal performance (6.0 W/m-K)
- Excellent flow rate for high-speed dispensing
- Conformable to irregular shapes
- No pre-mixing or weighing of components required
- Vibration dampening
Typical Applications
- Automotive E-Mobility (converters, inverters)
- Automotive Infortainment (Display, HUD, Audio)
- Automotive ADAS (DCU, Camera, Radar/Lidar)
- SSD (Enterprise, Consumer)
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THERM-A-GAP CIP 60
Resouces
Advanced Battery Energy Storage Systems (BESS) Solutions:
Ensuring Optimal Thermal Management for Grid, Commercial, and Residential Applications with THERM-A-GAP CIP 60
Battery energy storage systems generate large amounts of heat, and they need high-performing thermal solutions to help them perform safely and optimally. THERM-A-GAP CIP 60 was designed for this high-stakes scenario.
Selecting Between Thermal Gap Filler Pads and Thermal Gels
Discover the typical properties of thermal gap pads, also known as thermally conductive gap filler pads or simply just gap filler pads.
These soft, conformable pads are designed to reduce component stress and help with vibration dampening.
Different gap filler pads have different specifications depending on use of application, performance requirements, and much more. Watch the video to learn more about the properties of thermally conductive gap filler pads.
Embrace the Global Advantage in Manufacturing
EMC Considerations for Product Designers and Engineers
If you are a product designer or engineer who wants to know about the many solutions for electrmagnetic interference (EMI) shielding or simply wanted a refresher on the basics of EMC, this webinar is for you. You will learn the theory behind EMC, the products available to meet EMC regulations, the basics of testing for EMI/RF compliance, and hear about real-world application examples.
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