Maxtor
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Maxtor Thermal Pad 14.8 W/mK, 85x45x3.0mm(3Pcs) Silicone Thermal Pads Non Conductive Heat-Sink Cooling Pad, Highly Efficient Heat Resistant Soft Pad for Laptop Heatsink/SSD/CPU/IC/LED Cooler
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Maxtor Thermal Pad 14.8 W/mK, 85x45x3.0mm(3Pcs) Silicone Thermal Pads Non Conductive Heat-Sink Cooling Pad, Highly Efficient Heat Resistant Soft Pad for Laptop Heatsink/SSD/CPU/IC/LED Cooler
This thermal pad offers fast cooling and exceptional efficiency, ensuring an optimum gaming and working experience.
Maxtor Thermal Pad 14.8 W/mK, 85x45x3.0mm(3Pcs) Silicone Thermal Pads Non Conductive Heat-Sink Cooling Pad, Highly Efficient Heat Resistant Soft Pad for Laptop Heatsink/SSD/CPU/IC/LED Cooler
Item #: 71647078

Maxtor Thermal Pad 14.8 W/mK, 85x45x3.0mm(3Pcs) Silicone Thermal Pads Non Conductive Heat-Sink Cooling Pad, Highly Efficient Heat Resistant Soft Pad

Item #: 71647078

ETB 4065

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This thermal pad offers fast cooling and exceptional efficiency, ensuring an optimum gaming and working experience.
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What Stands Out

High Thermal Conductivity
With a thermal conductivity rating of 14.8 W/mK, the Maxtor thermal pad efficiently transfers heat away from critical components like laptops and CPUs, preventing overheating and ensuring optimal performance.
Versatile Applications
Measuring 120x120x2.5mm, this silicone thermal pad is suitable for various uses, including laptops, SSDs, CPUs, and LEDs, making it a versatile solution for multiple heat dissipation needs.
Non-Conductive Material
The non-conductive silicone design ensures safety by preventing electrical shorts while offering excellent heat resistance, making it ideal for sensitive electronics and high-performance cooling setups.

Product Details

Shop Maxtor Thermal Pad 14.8 W/mK, 85x45x3.0mm(3Pcs) Silicone Thermal Pads Non Conductive Heat-Sink Cooling Pad, Highly Efficient Heat Resistant Soft Pad for Laptop Heatsink/SSD/CPU/IC/LED Cooler online at a best price in Ethiopia. B09Y1YQGSN
Item Weight0.5 lbs (230 grams)

Who Should Buy?

Suitable For
  • Laptop Users

    Ideal for laptop users needing efficient heat dissipation to prevent thermal throttling during intense processing tasks.

  • DIY PC Builders

    Perfect for DIY builders looking to optimize cooling solutions for CPUs and GPUs for better performance.

  • Electronics Professionals

    Designed for professionals working with heat-sensitive components that require reliable insulating and cooling solutions.

Not Suitable For
  • High-Performance Servers

    Not suitable for high-performance servers requiring advanced thermal solutions with higher thermal conductivity.

  • Extreme Overclockers

    Users engaging in extreme overclocking may find this thermal pad insufficient for their cooling demands.

  • Heavy Industrial Use

    Not recommended for heavy industrial applications where durable, high-performance thermal management products are essential.

Product Description

Maxtor Thermal Pad 14.8 W/mK, 85x45x3.0mm(3Pcs) Silicone Thermal Pads Non Conductive Heat-Sink Cooling Pad, Highly Efficient Heat Resistant Soft Pad for Laptop Heatsink/SSD/CPU/IC/LED Cooler

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Customer Questions & Answers

  • Question: What is the thermal conductivity of the Maxtor Thermal Pad?

    Answer: The Maxtor Thermal Pad has a thermal conductivity rating of 14.8 W/mK. This indicates its excellent heat transfer efficiency, making it ideal for applications where rapid dissipation of heat is crucial. Higher thermal conductivity allows for better cooling performance in electronics, ensuring that components remain within safe temperature limits during operation. This pad is particularly useful in devices like CPUs, GPUs, and other heat-sensitive components.
  • Question: What size is the Maxtor Thermal Pad?

    Answer: The Maxtor Thermal Pad measures 120x120x3.0mm. This size is versatile enough to fit most standard CPU and GPU applications. The thickness of 3.0mm provides adequate cushioning while still achieving optimal thermal conduction. It’s perfect for a variety of devices, ensuring a snug fit that helps avoid overheating, making it a suitable choice for both DIY projects and professional builds.
  • Question: Is the Maxtor Thermal Pad conductive?

    Answer: No, the Maxtor Thermal Pad is non-conductive. This characteristic is crucial because it prevents electrical shorts between components when applied. Non-conductive thermal pads are specifically designed for applications where electrical insulation is necessary, making this pad a safe choice for delicate electronic components. Use it confidently in any configuration without worrying about accidental electrical contact.
  • Question: How do I apply the Maxtor Thermal Pad?

    Answer: To apply the Maxtor Thermal Pad, clean the surfaces of the components thoroughly and remove any old thermal material. Cut the pad to size if necessary, peel off the protective layer, and carefully place it onto the surface requiring cooling. Press down gently to ensure proper adhesion. This straightforward method helps create an efficient thermal interface that boosts the cooling performance of your device.
  • Question: What are the primary applications for the Maxtor Thermal Pad?

    Answer: The Maxtor Thermal Pad is primarily used in cooling applications for CPUs, GPUs, LED lights, power transistors, and more. It effectively transfers heat away from critical components to prevent overheating, which can lead to system failures. Its versatile design allows for use in both computers and consumer electronics, making it an essential accessory for anyone involved in hardware optimization.
  • Question: What materials are used in the Maxtor Thermal Pad?

    Answer: The Maxtor Thermal Pad is made from high-quality silicone, which not only provides excellent flexibility but also maintains high thermal resistance under various conditions. Silicone as a base material ensures durability and longevity while being easy to work with in various configurations. This makes it an excellent choice for both custom builds and standard replacements.
  • Question: Can I reuse the Maxtor Thermal Pad?

    Answer: Reusing the Maxtor Thermal Pad is not recommended. Once removed, the thermal pad may not provide the same level of thermal conductivity. This is because the pad may lose some of its adhesive properties and may not conform to surfaces as effectively when reapplied. For optimal performance, it's best to use a fresh pad for each application to maintain effective cooling.
  • Question: Is the Maxtor Thermal Pad suitable for high-performance systems?

    Answer: Absolutely! The Maxtor Thermal Pad is designed to meet the thermal transfer demands of high-performance systems, including gaming PCs and workstations. Its 14.8 W/mK thermal conductivity ensures efficient heat management, allowing your systems to run cooler and more efficiently, especially during intensive tasks such as gaming or rendering. This helps prolong the lifespan of your components and maintain peak performance.
  • Question: What does heat resistance mean in the context of the Maxtor Thermal Pad?

    Answer: Heat resistance in the Maxtor Thermal Pad refers to its ability to withstand high temperatures without degrading or losing its thermal properties. This quality is critical in preventing component damage during extended use, especially in high-performance scenarios. The pad remains effective even in demanding environments, making it suitable for use in electronics that generate significant heat.
  • Question: Where can I buy the Maxtor Thermal Pad in Ethiopia?

    Answer: You can buy the Maxtor Thermal Pad from Ubuy. They offer a reliable platform for purchasing electronic components, including high-quality thermal pads tailored to meet your cooling needs. Ubuy is known for providing a range of products with detailed descriptions and specifications, making it easier for you to find the right thermal solution for your devices.

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ETB 4065

Order now and get it around Saturday, July 18

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Features & Benefits

  • High quality thermal silica gel for effective cooling.
  • Versatile usage for CPU, GPU, SSD, RAM, and more.
  • Exceptional thermal conductivity of 14.8 W/mK.
  • Lasts at least five years for long-term performance.
  • Convenient to customize dimensions as needed.
  • Affordable package includes three pieces for various applications.

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