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- Thermal Pad 14.8 W/mK, 120x120x0.5mm, Non Con...
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Item #:
85755495
Thermal Pad 14.8 W/mK, 120x120x0.5mm, Non Conductive Heat Resistance High Temperature Resistance, Silicone Thermal Pads for Laptop Heatsink GPU CPU
89% of respondents would recommend this to a friend
Item #:
85755495
BZD 38
Price Details
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Order now and get it around Wednesday, September 30
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Our thermal pad greatly improves the heat transfer between the electronic elements and lets the GPU cool down quickly.
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What Stands Out
High Thermal Conductivity
With a thermal conductivity of 14.8 W/mK, this pad efficiently transfers heat, ensuring optimal performance for your laptop GPU or CPU, keeping components cool under heavy workloads.
Non-Conductive Material
Designed with non-conductive silicone, this thermal pad provides excellent insulation, preventing short circuits and ensuring safe usage around sensitive electronic components.
Versatile Dimensions
Measuring 120x120x0.5mm, this thermal pad is perfectly sized for various applications, making it an ideal choice for laptop heatsinks, LED coolers, and other electronic cooling needs.
Product Details
| Brand Name | WithFlying |
| Unit Count | 1 Count |
| Manufacturer | WithFlying |
| Number of Items | 1 |
| Included Components | Thermal Pad |
| Model | WF-DRD |
| Part Number | WF-DRD |
| Item Dimensions L x W x H | 4.72"L x 4.72"W x 0.02"H (12 x 12 x 0.1 cm) |
| Item Weight | 0.09 milligrams |
| Mounting Type | Panel Mount, Chassis Mount |
| CPU Socket | Universal |
| Cooler Heatsink Material | Aluminum |
| Brand | WithFlying |
| Product Dimensions (L x W x H) | 4.72"L x 4.72"W x 0.02"H (12 x 12 x 0.1 cm) |
Who Should Buy?
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Laptop Users
Ideal for laptop users needing effective thermal management for GPU and CPU, ensuring optimal performance during intensive tasks.
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Gaming Enthusiasts
Perfect for gaming setups requiring high thermal conductivity to keep components cool during extended gaming sessions.
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DIY PC Builders
Great for DIY enthusiasts installing custom cooling solutions, enhancing heat transfer between components without electrical conductivity.
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High Load Systems
Not suitable for high-load systems that may require thicker or more durable thermal solutions for extreme temperatures.
Product Description
Thermal Pad 14.8 W/mK, 120x120x0.5mm, Non Conductive Heat Resistance High Temperature Resistance, Silicone Thermal Pads for Laptop Heatsink GPU CPU LED Cooler (0.5mm)
Have any Query? Chat with us
Customer Questions & Answers
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Question:
What is the primary use of the Thermal Pad 14.8 WmK?
Answer: The primary use of the Thermal Pad 14.8 WmK is to improve heat transfer between electronic components, such as CPUs and GPUs, and their heatsinks. This silicone thermal pad effectively dissipates heat, ensuring optimal performance and preventing overheating in your laptop or electronic devices. It's especially beneficial in gaming laptops or graphic-intensive applications where efficient cooling is critical. -
Question:
Are these thermal pads safe to use around electrical components?
Answer: Yes, these thermal pads are classified as non-conductive, making them safe for use around electrical components. Their silicone material prevents the risk of electrical shorts while providing effective thermal conductivity. This safety makes them ideal for applications involving sensitive electronic parts, such as LED lights or graphics cards, where overheating can lead to system failures. -
Question:
How do I know if I need to replace my thermal pad?
Answer: You might need to replace your thermal pad if you notice your laptop or device overheating, frequent throttling during performance-intensive tasks, or if your cooling fans are running more often than usual. Additionally, if you observe visible wear, discoloration, or hardening of the existing pad upon opening your device, replacing it with a new thermal pad like this one can restore efficient heat management and improve overall performance. -
Question:
What advantages does a silicone thermal pad offer compared to thermal paste?
Answer: Silicone thermal pads provide several advantages over thermal paste, including ease of application and consistent thickness. Unlike thermal paste, which can be messy and requires precise application, thermal pads are pre-cut and can simply be placed between components without the risk of overdosing or uneven layering. This makes them ideal for users who may be less experienced with assembling or maintaining computer hardware. -
Question:
Can the Thermal Pad be cut to fit different components?
Answer: Yes, the Thermal Pad can be easily trimmed to fit different components or specific outlines. Though it comes in a standard size of 120x120x2mm, you can use a sharp utility knife or scissors to cut it down to the required dimensions for components such as GPUs, CPUs, or custom builds. This flexibility ensures that it can be adapted for various applications, providing effective thermal management wherever needed. -
Question:
What is the temperature resistance of this thermal pad?
Answer: The Thermal Pad offers excellent high-temperature resistance, allowing it to function effectively under a wide range of conditions. Typically, this pad can withstand high temperatures without degrading, making it optimal for use in systems that generate significant heat, such as gaming laptops or high-performance desktops. This resilience ensures reliability and longevity while keeping critical components safely cooled. -
Question:
How thick is the Thermal Pad, and does thickness affect its performance?
Answer: The Thermal Pad is 2mm thick, which is an optimal thickness for many applications as it ensures adequate contact without excessive compression. While a thicker pad may provide more cushioning, it can also reduce the effectiveness of heat transfer. The 2mm thickness strikes a good balance, enabling efficient thermal conductivity while snugly fitting between components such as heatsinks and chips. -
Question:
Can I use this thermal pad for applications beyond laptops?
Answer: Absolutely, this thermal pad is versatile and can be used in various applications beyond laptops, including handheld devices, gaming consoles, and LED lighting systems. Its high thermal conductivity makes it suitable for any situation where efficient heat transfer is crucial. This adaptability makes it a great choice for DIY projects, electronics repairs, or even in automotive applications where thermal management is essential. -
Question:
Is the Thermal Pad reusable or disposable?
Answer: Thermal pads are generally considered disposable, especially after being used in high-heat applications where they may become compressed or degrade over time. Once removed, they typically do not maintain their thermal properties. Therefore, it is recommended to replace the thermal pad after disassembly of your devices, ensuring that optimal thermal conductivity is restored for continued performance. -
Question:
Where can I buy the Thermal Pad 14.8 WmK in Belize?
Answer: You can purchase the Thermal Pad 14.8 WmK, 120x120x2mm from Ubuy in Belize. Ubuy provides a user-friendly shopping experience and trustworthy customer service. By choosing Ubuy, you can find a reliable source for high-quality thermal solutions that suit your electronic devices, ensuring your hardware operates safely and efficiently.
WithFlying Thermal Pads Editorial Review
Thermal Pad 14.8 W/mK, 120x120x1.5mm, Non Conductive, High Temp Resistance, Silicone, For Laptop, GPU, CPU, LED Cooler offers excellent heat dissipation capabilities, making it suitable for high-performance settings. Users have reported significant temperature reductions after application, like dropping from 80° to 70° on GPUs. The soft and sticky nature provides good adherence but requires careful placement to avoid misalignment. Those with intricate setups, such as fan-less PCs, found that the pad facilitated better heat transfer, significantly improving device cooling by ensuring effective contact with surfaces. This thermal pad is praised for its quality and effectiveness, with multiple users confirming their satisfaction after use across various devices.
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Pros
- High thermal conductivity of 14.8 W/mK
- Non-conductive for safe use
- Suitable for diverse applications including GPU and CPU
- Easy to cut for custom fits
- Effective in reducing operating temperatures
Cons
- Might require careful handling during installation
Platform Trust & Buyer Confidence
JK
Jasmin
Verified buyer
“Great products and very good service: very easy and very fast international delivery.”
9 September 2026 · via Trustpilot
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Anke
Verified buyer
“Wonderful online shopping experience, smooth transaction from the start. Payment method works conveniently and delivery is unexpectedly fast and reliable. You go the extra mile for service. What makes this even more amazing, you deliver to Namibia. I will remain a happy Ubuy customer and will increase my purchases for sure! Thank you!”
10 September 2026 · via Trustpilot
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Hazel
Verified buyer
“Very easy to find the products what you need, and so fast delivery, that’s why I highly recommended to others costumers to used ubuy.”
10 September 2026 · via Trustpilot
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Opaleye
Verified buyer
“I received exactly what I ordered I was skeptical about your site because that was my first time to order. But the order came timely and neatly packaged. I was not disappointed. Thank you.”
11 September 2026 · via Trustpilot
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Adele
Verified buyer
“Easy to find and order what you want on the website. Delivery is quick to the UK”
8 September 2026 · via Trustpilot
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BZD 38
Order now and get it around Wednesday, September 30
This item is not restrict in my country.(Please click on above link if this item is not restrict in your country, So our team will review and allow.)
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Features & Benefits
- Upgraded thermal silica gel material with high thermal conductivity of 14.8 W/mK.
- Suitable for a wide range of devices including laptops, GPUs, CPUs, and gaming equipment.
- High temperature resistance from -40℃ to 205℃ without melting.
- Non-toxic, odorless, anti-corrosion, and fire retardant properties.
- Easily customizable size; can be cut to fit your specific needs.
- Available in various thicknesses for optimal cooling performance.
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