NF-98001 5.0W/m.k Thermal Conductive Grease
Original Data:
- Thermal Conductivity: 5.0W/m.k
- Thermal Impedance: <0.004℃-in²/W
- Temperature Range: -40℃ to 200℃
- Compliance: Meets EU RoHS and REACH directives
- Replacement: Can replace similar types of thermal conductive grease
Product Introduction:
The 5.0W/m.k Thermal Conductive Grease is a thermally conductive silicone compound made from silicone as the main raw material, combined with materials that offer excellent heat resistance and thermal conductivity. It provides superior thermal conductivity, heat resistance, and insulation properties, making it an ideal medium material for heat-resistant devices. The product is stable in performance, non-corrosive, and does not emit gases that could affect the metal surfaces it contacts. The high purity of the fillers and silicone ensures a smooth, uniform texture and high-temperature insulation. When applied between power devices and heat sinks, it helps eliminate air gaps on contact surfaces, increases heat flow, reduces thermal resistance, lowers the operating temperature of power devices, and enhances reliability and longevity.
Key Features and Advantages:
- Excellent thixotropy, easy to use, cost-effective, with simple coating or potting processes.
- Superior thermal conductivity, low evaporation loss, and low oil separation, non-flowing at high temperatures.
- Excellent insulation properties, non-toxic, non-curing, non-corrosive to substrates, chemically stable.
- Resistant to water, ozone, and weathering, can be used long-term at temperatures ranging from -40℃ to 200℃. Complies with EU RoHS standards and REACH requirements.
Application Methods:
- Between semiconductor devices and heat sinks
- Between CPUs and heat sinks
- Between power resistors and bases
- In thermoelectric cooling devices
- Between temperature regulators and assembly surfaces
Application Fields:
- Used for thermal conduction and heat dissipation in power amplifiers, transistors, electron tubes, CPUs, and other electronic components.
- Used for base and stud mounting of transistors, diodes, and silicon-controlled rectifiers.
- Forms a heat-transfer medium on heating elements, such as in irons, hair straighteners, and coffee pot heating elements.
- Widely used in televisions, water dispensers (ice buckets), induction cookers, coffee machines, refrigerators, audio systems (power amplifiers), thermistors, heat sinks, CPU fans, ovens, etc.
Product Physical Properties Table:
| Item | Unit | Environment | Test Method | Test Result |
|---|---|---|---|---|
| Color | - | 25℃ | Visual | Gray |
| Thermal Impedance | ℃-in²/W | 25℃ | ASTM D1470 | <0.004 |
| Specific Gravity | - | 25℃ | ASTM D1475 | >3.25 |
| Evaporation | % | 150℃/24Hours | Fed.Std.791 | <0.001 |
| Oil Separation | % | 150℃/24Hours | Fed.Std.791 | <0.05 |
| Dielectric Constant | - | 100Hz | ASTM D150 | >5 |
| Viscosity | - | 25℃ | - | Non-flowing |
| Penetration | 1/10 mm | 25℃ | GB/T-269 | 410±10 |
| Instant Temperature Resistance | ℃ | - | - | -50~400℃ |
| Operating Temperature Range | ℃ | - | - | -40~200℃ |
| Thermal Conductivity | W/m.k | - | ASTM D5470 | >5.2 |
Application Scenarios&Downstream Customer Analysis
Application Scenarios:
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Electronic Thermal Management: This thermal conductive grease is widely used in the thermal management of electronic components such as power amplifiers, CPUs, transistors, diodes, and silicon-controlled rectifiers. By filling gaps between power devices and heat sinks, it significantly improves thermal efficiency, reduces component operating temperatures, and extends the lifespan of the devices.
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Home Appliances and Small Devices: Suitable for heat transfer in heating elements within home appliances, such as irons, coffee pots, and hair straighteners, ensuring efficient operation and safety.
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Industrial Equipment: In industrial equipment like temperature regulators and thermoelectric cooling devices, the thermal grease ensures effective heat transfer, enhancing the stability and reliability of the equipment.
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Automotive Electronics: This product is widely used in automotive electronics, such as Engine Control Units (ECU) and Battery Management Systems (BMS), providing excellent thermal and insulation performance under high-temperature conditions, ensuring the stable operation of automotive electronic systems.
Downstream Customer Groups:
- Electronics Manufacturers: Companies producing power supplies, computer hardware, and other electronic devices that require efficient thermal management.
- Home Appliance Manufacturers: Companies producing appliances that require efficient heat management, such as coffee machines and irons.
- Automotive Electronics Companies: Particularly companies that design and manufacture high-end automotive electronic products like ECUs and BMS.
- Industrial Equipment Manufacturers: Companies producing industrial equipment that needs to operate stably in high-temperature environments.
Market Opportunities and Potential Analysis
Latin American Market:
The demand for high-performance thermal materials is growing in Latin America, especially in the consumer electronics and automotive manufacturing sectors. As these industries expand and modernize, the potential for this product is substantial. Additionally, infrastructure development in Latin American countries is driving demand for thermal materials in the industrial equipment and home appliance markets, providing a solid market opportunity for distributors.
Arab Countries:
Arab countries are undergoing extensive industrialization and urbanization, particularly in the electronics, automotive, and home appliance sectors. The hot climate in Arab countries makes thermal management even more critical. This product’s excellent high-temperature resistance and thermal conductivity make it well-suited to meet the market demands in this region.
African Market:
Africa is experiencing rapid economic growth and industrialization, with expanding markets for electronics, home appliances, and automobiles. The hot climate in some parts of Africa increases the demand for effective thermal management. This product can provide reliable thermal solutions for the African market, helping to improve the quality and reliability of local products.
Recommended Resources and Conditions for Distributors
Recommended Resources or Conditions for Distributors:
- Market Network and Channels: Distributors should have a strong market network in the electronics, home appliance, automotive, or industrial equipment industries to quickly introduce the product to the market.
- Technical Support Capability: Distributors should have some technical knowledge and support capabilities to help customers use the product correctly and provide necessary after-sales services.
- Understanding of Local Market: Distributors should be familiar with local market demands, particularly in the field of thermal management, to identify key customers and develop targeted marketing strategies.
- Partnerships: Distributors should establish good partnerships with local electronics, home appliance, or automotive manufacturing companies to ensure smooth product promotion and sales.
Key Customer Targets
Key Customer Targets for Market Development:
- Electronics Manufacturers: Especially those producing components and devices that require efficient thermal management.
- Home Appliance Manufacturers: Companies that need to ensure the stable operation of their products in high-temperature environments.
- Automotive Electronics Companies: Particularly those designing and manufacturing high-end automotive electronic products like ECUs and BMS.
- Industrial Equipment Manufacturers: Companies that need efficient thermal management for their equipment.
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