Thermal Solutions for Critical Applications
Coolxpert develops and manufactures thermal interface materials designed to support heat transfer across electronics, computing, power systems and industrial applications. Our product range supports application-specific thermal management requirements.
Engineered for Different Thermal Challenges
Electronic components generate heat during operation. Effective thermal interface materials help reduce contact resistance between mating surfaces, supporting heat transfer from components to heat sinks or other cooling structures.
From computing hardware and ASIC miners to power electronics and industrial equipment, Coolxpert offers thermal paste and thermal grease solutions for different application needs. Material selection depends on operating conditions, surface design, assembly method and required performance.
Applications Across 12 Key Sectors
Explore the industries and equipment where thermal interface materials can support reliable heat transfer and thermal management when correctly specified.
Data Centers & Servers
Thermal interface materials for server processors, GPUs, computing hardware and heat-sink assemblies used in demanding data center environments.
Servers · CPUs · GPUsConsumer Electronics
Thermal management for computing devices, electronic assemblies and compact products where component temperatures and available cooling space matter.
Computing · ElectronicsTelecommunications & 5G
Thermal interface solutions for communication hardware, networking equipment, radio units and selected high-power telecom electronic assemblies.
Networking · TelecomAutomotive & EV Electronics
Thermal interface materials for suitable vehicle electronic modules, onboard electronics, power conversion units and automotive control systems.
EVs · Control ModulesPower Electronics & Semiconductor Modules
Solutions for compatible power modules, IGBT and MOSFET assemblies, inverters and converters where thermal contact with a cooling surface is required.
IGBT · MOSFET · ModulesRenewable Energy Systems
Thermal interface materials for applicable solar power electronics, energy conversion equipment and selected control and power management assemblies.
Solar · Power ConversionIndustrial Automation
Thermal management for industrial controllers, electronic drives, automation hardware and selected control equipment operating in demanding environments.
Controllers · DrivesLED Lighting & Display Systems
Thermal interface materials for suitable LED modules, lighting electronics, display assemblies and driver components that require heat dissipation.
LEDs · Drivers · DisplaysAerospace & Defense Electronics
Potential applications in suitable electronic control units, embedded computing and power assemblies, subject to the required environmental and qualification standards.
Embedded · Control SystemsMedical Electronics
Thermal interface materials for suitable medical electronic equipment, diagnostic hardware and internal power or computing assemblies, subject to device requirements.
Diagnostic · Electronic SystemsEnergy Storage & Battery Systems
Potential use in battery management electronics, power conversion and control modules. Interface materials must be selected for the specific assembly and safety requirements.
BMS · Power ElectronicsHome Appliances & Smart Devices
Thermal management for compatible appliance control boards, smart electronic assemblies, embedded computing and power supply components.
Appliances · Smart ElectronicsChoosing the Right Thermal Interface Material
Different applications require different thermal, mechanical and processing characteristics. The right product should be selected against the requirements of the actual assembly.
Thermal Performance
Consider thermal conductivity alongside bond-line thickness, surface flatness, contact pressure and the overall thermal resistance of the assembly.
Application & Process
Consider viscosity, dispensing or manual application, assembly design, material compatibility and production requirements before selecting a formulation.
Operating Conditions
Evaluate the operating temperature range, long-term stability, electrical requirements and environmental conditions relevant to the intended equipment.
From Application Requirement to Product Selection
A practical selection process helps identify a thermal interface material suited to your equipment and assembly.
Understand
Identify the component, heat-sink design, operating environment and intended application.
Evaluate
Review thermal requirements, interface geometry, application method and material compatibility.
Select
Shortlist an appropriate Coolxpert product based on available technical specifications and requirements.
Validate
Test the material in the actual assembly to verify thermal performance and suitability before wider deployment.