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
Excellent Thermal Conductivity: The thermal silica gel with heat conductivity of 14.8 W/mK is high quality and has exceptional efficiency.
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

USD 26

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Order now and get it around Saturday, July 25
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Excellent Thermal Conductivity: The thermal silica gel with heat conductivity of 14.8 W/mK is high quality and has exceptional efficiency.
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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 Palau. B09SYLVQ47
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 are the specifications of the Maxtor Thermal Pad?

    Answer: The Maxtor Thermal Pad measures 120x120x1.5mm and provides thermal conductivity of 14.8 W/mK. This impressive thermal performance is crucial for efficiently dissipating heat in various electronic components. Its non-conductive silicone composition ensures it won't interfere with electronic circuits, making it ideal for use in laptops, SSDs, CPUs, ICs, and LED coolers.
  • Question: Where can I buy Maxtor Thermal Pad in Palau?

    Answer: You can purchase the Maxtor Thermal Pad at Ubuy in Palau. Ubuy is a reliable online marketplace offering a wide range of products including high-quality thermal pads, making it a convenient option for those looking to enhance their computer cooling solutions.
  • Question: How does the thickness of the thermal pad affect its performance?

    Answer: The Maxtor Thermal Pad's thickness of 1.5mm strikes a balance between flexibility and thermal efficiency. Thicker pads can provide better compression for heat dissipation, while thinner pads can fit snugly in spaces between components. This thickness ensures optimal contact with heatsinks, aiming to lower the temperature of critical components effectively.
  • Question: Can I use this thermal pad for my gaming laptop?

    Answer: Absolutely! The Maxtor Thermal Pad is designed to handle high-performance cooling needs, which is essential in gaming laptops that generate excess heat. By applying this thermal pad to your laptop’s CPU or GPU, you can improve heat dissipation, thereby enhancing performance and stability during intensive gaming sessions.
  • Question: Is the Maxtor Thermal Pad reusable?

    Answer: The Maxtor Thermal Pad is intended for single-use applications. Once applied and compressed, the pad's thermal properties optimize contact with the heatsink, but removing it typically compromises its effectiveness. For best results, consider replacing it with a new thermal pad whenever you disassemble your device for maintenance or upgrades.
  • Question: What makes silicone thermal pads a preferred choice?

    Answer: Silicone thermal pads like the Maxtor provide excellent thermal conductivity and are non-conductive, ensuring safe operation with electronic components. Their softness allows for easy application and good surface conformity, making them ideal for filling gaps between surfaces, which maximizes heat transfer efficiency across various devices.
  • Question: Are there any specific applications for this thermal pad?

    Answer: Yes, the Maxtor Thermal Pad is versatile and can be utilized in several applications, including laptops, SSDs, CPUs, ICs, and LED coolers. Its high thermal conductivity ensures effective heat management in both consumer electronics and industrial equipment, making it a valuable component for enhancing device performance and longevity.
  • Question: What are the advantages of a non-conductive thermal pad?

    Answer: A non-conductive thermal pad, like the Maxtor, minimizes the risk of short circuits that can occur with conductive materials. This feature makes it safer for use in sensitive electronic components, allowing users to apply thermal pads with confidence knowing that electrical connections will not be compromised.
  • Question: How can I apply the Maxtor Thermal Pad effectively?

    Answer: To apply the Maxtor Thermal Pad effectively, ensure that both surfaces are clean and free from dust or old thermal material. Cut the pad to fit if necessary, then remove the protective film and press it firmly onto the surface of the component, followed by attaching the heatsink. This process enhances heat transfer and ensures optimal cooling performance.
  • Question: What should I consider when selecting a thermal pad?

    Answer: When selecting a thermal pad, consider factors such as thermal conductivity, thickness, and compatibility with your device. A higher thermal conductivity rating, like the 14.8 W/mK of the Maxtor pad, indicates better heat transfer. Additionally, ensure the pad’s size fits your specific application for maximum efficiency.

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USD 26

Order now and get it around Saturday, July 25

QTY:

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Fastest cross-border delivery

Features & Benefits

  • High-quality thermal pad for fast cooling effect
  • Wide application for various components like CPU, GPU, SSD, RAM, etc.
  • Exceptional thermal conductivity of 14.8 W/mK
  • Can be cut freely to meet individual needs
  • Comes in a set of three 3.0mm thick pads
  • Convenient, affordable, and long-lasting

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