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- SIXQJZML 30Pcs 15x15x1mm Soft Silicone Therma...
SIXQJZML 30Pcs 15x15x1mm Soft Silicone Thermal Conductive Pads Heatsink IC Chipset Northbridge for CPU GPU Heatsink
SCR 186
Price Details
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Provide a mess-free installation, maximum heat conduction and increased cooling.
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What Stands Out
Product Details
- 15x15x1mm Soft Thermal Conductive Pads
- Material: Conduction Silicone,Color: blue
- Thermal Conductivity: 1.2(W/M-K),Tensile Strength: 12Kgf/cm2
- Breakdown Voltage: 4.5KV,Soft,good malleability,with a little viscosity.
- Package Includes:30PCS x thermal pad
| Brand Name | SIXQJZML |
| Manufacturer | SIXQJZML |
| UPC | 614070458373 |
| Part Number | 8541601992 |
| Model | 8541601992 |
| Item Dimensions L x W x H | 0.59"L x 0.59"W x 0.04"H (1.5 x 1.5 x 0.1 cm) |
| Item Weight | 1.06 Ounces (30.05 grams) |
| Cooler Heatsink Compatibility | General computer components (Graphics, Northbridge, Memory Chipset, IC Chips) |
| Mounting Type | PCB Mount |
| Cooler Heatsink Material | Silicone |
| Brand | SIXQJZML |
| Product Dimensions (L x W x H) | 0.59"L x 0.59"W x 0.04"H (1.5 x 1.5 x 0.1 cm) |
Who Should Buy?
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DIY PC Builders
Ideal for enthusiasts creating custom cooling solutions for CPUs and GPUs, ensuring optimal thermal performance.
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Overclocking Users
Helps users enhance heat dissipation in overclocked systems, maintaining lower temperatures and improved stability during intense workloads.
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Electronics Repair
Great for technicians and hobbyists repairing or upgrading devices that require effective thermal management solutions.
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Non-technical Users
Not suitable for individuals with limited knowledge of computer hardware, potentially leading to improper installation or uses.
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High-Performance GPUs
May not provide sufficient thermal conductivity for high-performance graphics cards that require specialized cooling solutions.
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Limited Budget Users
Users seeking low-cost alternatives might find better value with less specialized or generic thermal solutions.
Product Description
Customer Questions & Answers
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Question:
What are the applications of the SIXQJZML thermal conductive pads?
Answer: The SIXQJZML thermal conductive pads are designed primarily for use in electronic devices that require efficient heat dissipation, such as CPUs, GPUs, and other IC chipsets. They are ideal for enhancing thermal conductivity between heatsinks and components, ensuring stable and optimal performance. In scenarios where components generate significant heat, like gaming PCs or high-performance servers, these pads can effectively manage temperature, preventing overheating and prolonging device lifespan. -
Question:
What size are the SIXQJZML thermal pads and are they suitable for all electronic devices?
Answer: Each pad measures 20x20x1mm, which makes them versatile for numerous applications. While they are optimal for specific usages such as CPUs and GPUs, compatibility will depend on the size of the heatsink and the component surface you are applying them to. For devices with smaller or larger components, you may need to cut or find appropriately sized pads. They are particularly useful in compact setups where space is precious. -
Question:
How do the thermal conductive pads improve heat dissipation compared to traditional thermal paste?
Answer: Thermal conductive pads like the SIXQJZML offer consistent thermal conductivity with ease of application, unlike traditional thermal pastes that require precision during application. Pads provide a more uniform layer, minimizing air gaps that can trap heat. This uniformity can lead to more efficient heat transfer from components to heatsinks, making them especially valuable in high-performance gaming rigs or workstation setups where consistent thermal management is crucial. -
Question:
Can I reuse the thermal pads after removing them from a component?
Answer: Typically, thermal conductive pads are not designed for reuse after removal. Once they are placed onto a surface, they tend to lose their adhesive properties and may not provide the same level of thermal conductivity when reapplied. If you're considering upgrading or replacing components regularly, it's advisable to stock up on multiple pads to ensure optimal performance each time. -
Question:
How thick are the pads and does thickness affect their performance?
Answer: The SIXQJZML pads are 1mm thick, which strikes a balance between durability and effective thermal performance. Thickness is crucial; too thin may reduce thermal contact, while excessively thick pads may not allow proper mounting pressure on the components. This 1mm thickness is often suitable for most applications, ensuring both effective thermal transfer and secure component placement. -
Question:
Are the silicone thermal pads electrically conductive?
Answer: No, the SIXQJZML silicone thermal conductive pads are electrically non-conductive. This feature is essential for electronics, as it prevents short-circuits while still providing excellent thermal transfer capabilities. Such properties make them suitable for sensitive components where electrical insulation while managing heat is a necessity, like in CPUs and GPUs. -
Question:
What is the composition of these thermal conductive pads?
Answer: The SIXQJZML thermal pads are made from high-quality silicone-based materials, specifically formulated for thermal conductivity. This composition allows them to efficiently transfer heat between components and heatsinks while maintaining flexibility and durability. For instance, it can sustain its shape and performance under varying temperatures, making it a reliable choice for intense computing tasks. -
Question:
How do I properly install the SIXQJZML thermal pads?
Answer: To install the thermal pads, begin by cleaning the surfaces of both the heatsink and component to remove any residual thermal paste or debris. Cut the pad to the appropriate size if necessary, ensuring a good fit. Carefully peel off the protective film from one side and apply it to the component, then peel the second side's film and place the heatsink on top. This procedure enhances contact, promoting efficient heat dissipation. -
Question:
Can these thermal pads be used in laptops, and under what circumstances?
Answer: Yes, the SIXQJZML thermal pads can be utilized in laptops, particularly during upgrades or when replacing thermal materials. They are beneficial in scenarios where the original thermal paste has degraded or when adding an aftermarket cooling solution. Ensuring proper fit and selecting the right thickness are crucial, as laptops have limited space and require optimized cooling for performance. -
Question:
Where can I buy the SIXQJZML thermal conductive pads?
Answer: You can conveniently purchase the SIXQJZML 30Pcs 20x20x1mm Soft Silicone Thermal Conductive Pads from Ubuy, a reliable platform that caters to various regions including Seychelles. Ubuy offers a wide selection of electronic components, ensuring you have access to quality thermal pads for your cooling solutions. With Ubuy, you can find additional related products and accessories to enhance your computing experience.
Customer Reviews & Ratings
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5 Star
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4 Star
13%
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3 Star
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2 Star
1%
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1 Star
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Product Price History
Important information
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SCR 186
Order now and get it around Wednesday, July 08
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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Ubuy works hard to protect your security and privacy. Our advanced payment security system ensures confidentiality by encrypting your information during transmission using AES (Advanced Encryption Standards) and SSL (Secure Socket Layer) protocols. Your payment details are 100% secure as we do not share your payment details with third party sellers.
Features & Benefits
- Sticky thermal pads ensure easy attachment to various components.
- Excellent thermal conductivity of 1.2(W/M-K) for effective heat dissipation.
- Soft and malleable design allows versatile usage on different ICs.
- Designed to lower GPU temperatures and enhance overall performance.
- Includes 30PCS of 15x15mm pads for multiple applications.
- Maximize cooling efficiency with strong insulation features.



















