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CX-2501 Thermal Grease
Industrial Thermal Interface Material
Coolxpert CX-2501 is a thermal grease developed for industrial heat-transfer applications. It is designed to help fill microscopic gaps between heat-generating components and heat-dissipating surfaces, supporting thermal transfer across the interface.
Designed for Industrial Thermal Management
A thermal interface grease for industrial applications where effective heat transfer between components and heat-dissipating surfaces is required.
Thermal Transfer
Specified thermal conductivity of 1.2 W/m·K. Actual results depend on assembly and application conditions.
Surface Gap Filling
Helps fill microscopic gaps between contacting surfaces to support heat transfer across the interface.
Industrial Use
Developed for evaluation in suitable industrial thermal-management applications.
CX-2501 Technical Specifications
Review the available product information before selecting a thermal interface grease for your application.
| Product Name | CX-2501 Thermal Grease |
|---|---|
| Product Series | CX Series |
| Material Type | Thermal Grease |
| Thermal Conductivity | 1.2 W/m·K |
| Colour | White |
| Packaging | Multiple Option |
| Operating Temperature | -40°C to +200°C |
| Electrical Properties | Non-Conductive |
Industrial Thermal Management Applications
CX-2501 can be evaluated for suitable industrial thermal interfaces, subject to application requirements and material compatibility.
CX-2501 Technical Documentation
Visit the Coolxpert Downloads page to check the availability of product documentation.
Technical Data Sheet
Product specifications, test information and technical details for CX-2501 Thermal Grease.
View TDS on Downloads Page ↗Material Safety Data Sheet
Check the availability of CX-2501 safety documentation and product handling information.
View MSDS on Downloads Page ↗Looking for CX-2501 Thermal Grease?
Explore the Coolxpert IndiaMART catalogue for purchasing enquiries, packaging options and bulk industrial requirements.
Technical note: Product specifications should be verified against the latest applicable TDS. Actual thermal performance depends on application method, interface thickness, contacting surfaces and operating conditions.