उत्पाद वर्णन
Key Features
Recommended Applications
o Thermal management for CPUs, ICs, and MOSFETs
o Heat transfer interface in LED modules, motherboards, and power supplies
o Cooling of laptops, LCD TVs, telecom and wireless equipment
o Suitable for high-precision manual setups, multimedia systems, and industrial electronics
Frequently Asked Questions
Q2. Does it remain stable during long use?
A. Yes. It does not dry, melt, or harden even after long-term operation in high or low temperatures.
Q3. Is it safe and non hazardous?
A. Yes. It is lead free, non corrosive, and environmentally friendly.
Q4. Does it require any special application process?
A. No. It can be directly applied to the cleaned surface using standard tools. No curing or mixing is needed.
Q5. What color options are available?
A. It is available in White and Grey paste form.
Certifications : RoHS compliant, lead free, non corrosive, non toxic, environmentally safe.
Packaging Details : Available in 250 gram tube, 800 gram tube, and 1 kilogram can; custom packaging available on request.
Superior Thermal Conductivity for Industrial NeedsThermal Grease 9930 is engineered to bridge microscopic gaps between heat-producing components and heat sinks, drastically improving heat dissipation. Its reliable performance across a wide temperature spectrum makes it indispensable in industrial settings where consistent thermal management is crucial. The standard size accommodates various system requirements, ensuring compatibility and ease of application for technical professionals.
Trusted Global Distribution and SupportAs a leading manufacturer, exporter, and supplier in India, we are committed to delivering Thermal Grease 9930 to clients worldwide. Our distribution network ensures timely delivery and comprehensive support, whether you need bulk quantities or specialized solutions. Our technical expertise and industry presence empower businesses to maintain peak device performance and safety.
FAQs of Thermal Grease 9930:
Q: How is Thermal Grease 9930 applied in industrial applications?
A: Thermal Grease 9930 is typically applied as a thin, even layer between electronic componentssuch as CPUs or transistorsand their respective heat sinks. This process enhances thermal conductivity by eliminating air gaps, resulting in more efficient heat transfer and device stability.
Q: What operating conditions can Thermal Grease 9930 withstand?
A: This thermal grease is specially formulated to function reliably across a wide temperature range, from -50C up to +200C. Its stability ensures continuous performance even in environments with extreme temperature fluctuations.
Q: When should Thermal Grease 9930 be used during assembly or maintenance?
A: It is best to apply Thermal Grease 9930 during the initial assembly of electronic components or when replacing or upgrading heat sinks. Regular reapplication may also be necessary during routine maintenance to ensure ongoing thermal efficiency.
Q: Where can I purchase Thermal Grease 9930 in India or for export?
A: You can obtain Thermal Grease 9930 directly from reputable distributors, manufacturers, suppliers, and traders based in India. Export arrangements are available, ensuring international clients also receive authentic products and support.
Q: What is the application process for ensuring optimal results with Thermal Grease 9930?
A: Begin by cleaning the surfaces to remove dust or old residue. Apply a small amount of grease evenly over one surface, then attach the heat sink or component, ensuring full contact. Avoid over-applying, as excess grease can hinder performance.
Q: What are the key benefits of using Thermal Grease 9930?
A: The main advantages include improved thermal conductivity, extended device life, enhanced reliability under high-temperature conditions, and reduced risk of overheating. Its conductive properties make it ideal for critical industrial uses.
Q: How does Thermal Grease 9930 compare to non-conductive compounds?
A: Unlike non-conductive alternatives, Thermal Grease 9930 combines efficient heat transfer with reliable mechanical stability. Its conductive nature is crucial for applications where maximum heat dissipation is essential for device performance.