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
Exceptional efficiency with a high thermal conductivity of 14.8 W/mK for reliable cooling.
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

INR 2457

Price Details

Price

INR 2457

M.R.P. INR 2457

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*All items will import from US

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Exceptional efficiency with a high thermal conductivity of 14.8 W/mK for reliable cooling.
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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 India. B09SYLH3GF
Brand NameMaxtor
ManufacturerMaxtor
Part Number11
Model11
Included ComponentsThermal Pad
Item Dimensions L x W x H7.87"L x 4.72"W x 0.98"H (20 x 12 x 2.5 cm)
Item Weight0.13 Kilograms
CPU SocketUniversal
Cooler Heatsink MaterialSilicon
BrandMaxtor
Product Dimensions (L x W x H)7.87"L x 4.72"W x 0.98"H (20 x 12 x 2.5 cm)

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.

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 dimensions of the Maxtor Thermal Pad?

    Answer: The Maxtor Thermal Pad measures 120x20x3.0mm, making it suitable for a variety of applications. The compact size allows for proper fitting in tight spaces, ensuring efficient heat transfer in devices like CPUs, GPUs, and other electronics. When selecting a thermal pad, it's crucial to consider the specific dimensions of your components to achieve optimal performance.
  • Question: What is the thermal conductivity rating of this thermal pad?

    Answer: The Maxtor Thermal Pad has an impressive thermal conductivity rating of 14.8 W/mK, which indicates its excellent ability to transfer heat. This means that it can efficiently dissipate heat away from sensitive components, preventing overheating and potential damage. This feature is particularly beneficial in high-performance devices where thermal management is critical.
  • Question: Is the Maxtor Thermal Pad safe for all electronic components?

    Answer: Yes, the Maxtor Thermal Pad is non-conductive, making it safe for use with electronic components. Unlike conductive materials, it won't short circuit any part of your device, which adds an extra layer of safety. This characteristic makes it ideal for cooling CPUs, GPUs, and other sensitive electronics without the risk of electrical interference.
  • Question: How can I apply the Maxtor Thermal Pad correctly?

    Answer: To apply the Maxtor Thermal Pad effectively, ensure that both surfaces (the component and the heatsink) are clean and free from dust or old thermal paste. Cut the pad to size if necessary, peel off the protective film, and gently place it on the component, followed by securing the heatsink. This careful application maximizes thermal transfer by minimizing air gaps.
  • Question: Can I reuse the Maxtor Thermal Pad after removing it?

    Answer: Generally, thermal pads like the Maxtor are not designed for reuse after being removed. Once applied, their adhesive properties and thermal performance can degrade. It’s advisable to use a new pad with each installation to ensure consistent thermal conductivity, especially in high-performance applications where heat management is vital.
  • Question: What materials make up the Maxtor Thermal Pad?

    Answer: The Maxtor Thermal Pad is made of silicone, offering flexibility and softness while maintaining its thermal pad properties. Silicone is known for its excellent thermal resistance, enabling it to withstand high temperatures without deteriorating. This material choice is perfect for applications in various electronic devices, ensuring reliable performance over time.
  • Question: Why is the thickness of 3.0mm important for thermal pads?

    Answer: The thickness of 3.0mm in the Maxtor Thermal Pad strikes a balance between effective thermal transfer and application ease. Thicker pads can better manage uneven surfaces and fill gaps effectively, enhancing contact between the heatsink and the component. This thickness is particularly useful in larger components where a standard thickness may not suffice.
  • Question: What types of devices can benefit from using the Maxtor Thermal Pad?

    Answer: The Maxtor Thermal Pad is beneficial for a wide range of devices, including computers, gaming consoles, servers, and high-performance electronics. It can be used in any situation where heat dissipation is required, such as in CPU and GPU cooling systems. Proper usage of thermal pads can significantly enhance device longevity and performance.
  • Question: How many thermal pads come in one package of the Maxtor Thermal Pad?

    Answer: Each package of the Maxtor Thermal Pad contains 3 individual pads. This quantity is ideal for users who may need to service multiple devices or require backups for future use. Having multiple pads ensures that you can handle various applications or make quick replacements as needed, maintaining optimal thermal performance.
  • Question: Where can I buy Maxtor Thermal Pad in India?

    Answer: You can purchase the Maxtor Thermal Pad from Ubuy in India. Ubuy offers a wide selection of electronic components, ensuring you receive quality products with efficient service. They provide a user-friendly platform for ordering, making it accessible to find the thermal pads you need for your projects.

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“Product was delivered before time. At each steps remider given time to time ,product is also good and fruitful”

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“I received the product properly packed and without any damage. If you can provide a video showing how to assemble the parts, it would be a great help. Thanks & Regards, Siva Prakash.”

16-Jul-26 · via Trustpilot
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INR 2457

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Features & Benefits

  • High thermal conductivity of 14.8 W/mK.
  • Non-conductive, safe for electronic components.
  • Durable, designed to last at least five years.
  • Versatile applications for CPU, GPU, SSD, IC, and more.
  • Convenient size of 120x20x3.0mm; can be cut to fit.
  • Package includes three pads to meet different cooling needs.

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