Thermally Conductive Compounds - 9920

1420 आईएनआर/Kilograms

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मूल्य और मात्रा

न्यूनतम आदेश मात्रा 1

व्यापार सूचना

एफओबी पोर्ट Gautam Buddha Nagar
भुगतान की शर्तें , , , , ,
आपूर्ति की क्षमता प्रति महीने
डिलीवरी का समय दिन
नमूना उपलब्ध Yes
नमूना नीति
पैकेजिंग का विवरण Available in 100 gram tube, 200 gram tube, and 1 kilogram can; custom packaging available on request.
मुख्य निर्यात बाजार
मुख्य घरेलू बाज़ार
प्रमाणपत्र RoHS compliant, REACH compliant, UL certified (E488095), lead free, non toxic, environmentally safe.

उत्पाद वर्णन

Formulated for critical electronic applications, 9920 is safe, odor free, and engineered for performance under high and low thermal cycles. It is ideal for enhancing heat transfer between electronic components and heat sinks across a wide range of industrial and consumer electronics.

Key Features

o High thermal conductivity of more than 2.0 W per meter kelvin
o Reliable performance between minus 50 to plus 200 degrees Celsius
o Dielectric strength of 22 kilovolts per millimeter
o Low oil bleed and minimal volatile content for long-term use
o RoHS and REACH compliant, non-corrosive and non-toxic
o Grease format requires no mixing or curing
o Available in 100 gram tube, 200 gram tube, and 1 kilogram can

Recommended Applications

Frequently Asked Questions

Q1. What is 9920 used for?
A. It is used as a thermal interface material in electronic components such as ICs, CPUs, LEDs, power supplies, and heat sinks.

Q2. Does it harden or require curing?
A. No. It remains in a grease form and is ready to use without any mixing or curing.

Q3. Can it withstand extreme temperatures?
A. Yes. It maintains stable performance from minus 50 to plus 200 degrees Celsius, tested for thermal reliability.

Q4. Is it safe to use and store?
A. Yes. It is non-corrosive, odor free, and classified as a non-dangerous good.

Q5. What colors are available?
A. It is available in White, Black, and Grey.

Certifications
RoHS compliant, REACH compliant, UL certified (E488095), lead free, non toxic, environmentally safe.

Packaging Details
Available in 100 gram tube, 200 gram tube, and 1 kilogram can; custom packaging available on request.

Superior Thermal Performance

Thermally Conductive Compounds - 9920 deliver robust heat dissipation in high-demand industrial environments. The conductive formulation ensures effective temperature regulation, promoting equipment reliability and sustained operation. Suitable for applications requiring a temperature range between 50C and 200C.

Versatile Industrial Application

These compounds are designed for use in numerous industries including electronics, automotive, and machinery. Their white color and standard sizing simplify integration into assembly processes, making them an accessible solution for manufacturers and traders across India.

FAQs of Thermally Conductive Compounds - 9920:

Q: How do Thermally Conductive Compounds - 9920 improve heat dissipation in industrial equipment?

A: Thermally Conductive Compounds - 9920 efficiently transfer heat from sensitive components to external surfaces, preventing overheating and promoting stable operation in diverse industrial settings.

Q: What is the recommended operating temperature range for these compounds?

A: These compounds are effective within a temperature range of 50C to +200C, making them suitable for most industrial thermal management requirements.

Q: When should you apply Thermally Conductive Compounds - 9920 during equipment assembly?

A: The compound should be applied during the assembly phase, especially before finalizing thermal interfaces or installing heat-sensitive components, to maximize protection and performance.

Q: Where are Thermally Conductive Compounds - 9920 commonly used?

A: They are widely used in electronics, automotive, and machinery industries, primarily in areas requiring reliable heat management and are distributed across India by manufacturers, suppliers, exporters, and traders.

Q: What is the process for applying these conductive compounds?

A: Ensure both surfaces are clean, then apply a thin, even layer of the compound to contact areas. Position components as required and allow for proper curing, if necessary, according to manufacturer guidelines.

Q: What benefits can users expect from Thermally Conductive Compounds - 9920?

A: Users benefit from enhanced heat transfer, increased equipment longevity, reduction in system failures due to overheating, and straightforward integration into existing assembly processes.