DeepCool Z5 Thermal Compound
£6.95
The DeepCool Z5 thermal compound delivers superior thermal conductivity at 1.46W/m-K, making it ideal for high-performance CPUs and GPUs. It features a safe, non-conductive formula that ensures hardware protection during application. With a smooth texture and easy spreadability, the Z5 compound is suitable for gamers, overclockers, and system builders who demand efficient and long-lasting cooling performance.
5 in stock
Description
Enhanced Cooling Performance for Demanding Systems
The DeepCool Z5 thermal compound is designed for those who require reliable heat dissipation in both gaming and professional systems. It offers a thermal conductivity rating of 1.46W/m-K, allowing it to efficiently transfer heat from your CPU or GPU to the heatsink. As a result, temperatures remain under control even during demanding workloads.
Key Features:
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1.46W/m-K Thermal Conductivity
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Non-Conductive, Non-Corrosive Formula
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Smooth, Easy-to-Apply Texture
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Ideal for High-TDP CPUs and GPUs
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Stable Performance Over Time
Reliable and Safe Application
One of the standout benefits of the DeepCool Z5 thermal compound is its non-conductive, non-corrosive design. Therefore, you don’t have to worry about short-circuits or damage to nearby components. Furthermore, its dense yet smooth consistency ensures even distribution, improving contact between surfaces for optimal cooling efficiency.
Ideal for Enthusiasts and Builders
Whether you’re an overclocker or simply building a new rig, this compound is up to the task. Moreover, its long-lasting stability ensures you won’t need to reapply it frequently. In addition, it works seamlessly with air and liquid cooling setups. Also, it performs reliably in high-temperature environments, making it suitable for performance-focused systems.
Simple to Apply, Long-Lasting Effect
Thanks to its included spatula and clean application method, applying the DeepCool Z5 thermal compound is quick and mess-free. Furthermore, its durability means fewer maintenance cycles and continued thermal performance over time.
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