Thermal

Thermal paste and cooling guides

Arctic MX-6 vs MX-4 for Laptop Repasting — Performance & Longevity Compared

Arctic makes two excellent laptop thermal pastes: MX-6 and MX-4. The question isn’t which one works—both do—but which gives you better value. This guide compares performance, longevity, and real-world temperature gains to help you pick the right one for your laptop. Feature Arctic MX-6 Arctic MX-4 Winner Thermal Conductivity 4.0 W/mK 3.5 W/mK MX-6 (12% […]

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Best Thermal Paste for Laptops (2026) — Arctic MX-6, Kryonaut, Noctua NT-H2

Not all thermal pastes are created equal. The paste you choose for laptop repasting can mean the difference between a 10°C temperature drop and a 20°C improvement. This guide compares the top thermal pastes for laptops, tests their real-world performance, and shows you exactly what to buy based on your laptop type and budget. Paste

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Gaming Laptop Thermal Paste Guide — CPU & GPU Repasting for Maximum FPS

Your gaming laptop throttles during tournaments, dropping from 120 FPS to 60 FPS mid-match. The culprit: degraded thermal paste on CPU and GPU, hitting 95°C+ and triggering the thermal limit. This guide covers repasting both CPU and GPU, managing gaming-specific thermal loads, and achieving the sustained sub-85°C temperatures that keep your FPS stable. Aspect High-End

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How to Apply Thermal Paste to Laptop CPU — Step-by-Step Guide (2026)

Applying thermal paste seems simple, but poor application technique can waste a perfectly good tube of paste and result in temperatures 5–10°C higher than optimal. This guide walks through the exact application method, explains why pea-grain works best, and shows you the most common mistakes that ruin paste performance. If you’re just getting started, see

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How to Remove Old Thermal Paste from Laptop CPU & Heatsink

Removing old thermal paste is arguably more important than applying new paste. A single layer of old, dried paste reduces your new paste’s effectiveness by 2–3°C. This guide covers safe removal techniques that won’t damage your CPU or heatsink, and explains why isopropyl alcohol and patience are essential. Once you’ve cleaned the surfaces, follow our

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Laptop Cooling Pad vs Thermal Paste Repasting — Which Actually Works Better?

Your laptop runs hot, and you’re deciding: buy an external cooling pad (£30–60), or open it up and repaste (£15–25 in supplies)? The answer is: they solve different problems. This guide compares real temperature improvements, cost-effectiveness, and explains why the best solution is often both. For a comprehensive thermal solution, see our complete laptop overheating

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Cleaning Laptop Fans for Better Thermal Performance — Dust Removal Guide

Dust is the silent killer of laptop cooling. A layer of dust on your laptop’s heatsink fins can reduce cooling efficiency by 30–50%, adding 10–15°C to your CPU temperature. This guide covers cleaning techniques from simple external blowing to full internal heatsink disassembly, and explains why regular maintenance prevents larger thermal problems. For a complete

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Laptop Overheating? Complete Thermal Solutions Guide (2026)

Your laptop is throttling during gaming, shutting down under load, or fans never stop screaming. Overheating is one of the most common performance killers in laptops, but the good news is that most thermal problems are fixable without expensive repairs. This guide walks through every solution—from quick wins like fan cleaning to permanent fixes like

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Laptop Thermal Paste Replacement Guide (2026) — When & How to Repaste CPU/GPU

Is your laptop running hot? Thermal paste degrades over time, losing its ability to transfer heat from your CPU and GPU to the cooling system. After 3–5 years, even premium thermal paste begins to pump out and dry up, causing your laptop to throttle performance and run uncomfortably warm. This guide covers everything you need

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