Maxtor AP-12 Thermal Pad 85x45x1.0mm 14.8W/m-k

🧠 Maxtor AP-12 Thermal Pad – High-conductivity professional thermal pad Maxtor AP-12 is a professional thermal pad designed for cooling memory chips (VRAM) of video cards, power phases (VRM), internal laptop components, and other high-heat electronic parts. With a high thermal conductivity of 14.8 W/mK, this pad rapidly transfers heat from components to the heatsink, extending the lifespan of parts and preventing overheating. ✅ Key Features: • Thermal conductivity: 14.8 W/mK (premium level, far more effective than standard pads) • Dimensions: 85 x 45 mm (large surface – sufficient for multiple chips or a long VRM line) • Thickness: 1.0 mm (one of the most commonly used standard thicknesses) • Color: Grey • Electrical conductivity: None (completely dielectric, no risk of short circuit) • Certificates and safety: Non-corrosive, non-toxic, odorless, and heat-resistant. 💡 Advantages: • Excellent heat transfer (14.8 W/mK): Due to its high conductivity, it effectively solves overheating problems, especially in video card memory chips (VRAM). • Easy to cut and apply: Has a soft and flexible structure. Can be easily cut with scissors or a utility knife to fit the size of the required chips. It has protective film on both sides for easy application. • Large size efficiency: Thanks to the 85x45 mm size, one pad can be used to cover several small parts at once, saving material. • Safe and durable: Since it is non-conductive, it can be safely placed on components. It does not leak oil over time, does not harden, and maintains its elasticity for a long time. 📍 Model: Maxtor AP-12 Thermal Pad (1.0mm) 🔧 Compatibility: Compatible with all video cards, laptop motherboards, NVMe M.2 SSDs, and game consoles (PS4/PS5/Xbox) that require 1.0mm thickness. 🧩 Application area: Repair and maintenance of video cards (GPU), upgrading laptop cooling systems, mounting M.2 SSD heatsinks. ⚠️ Small tip: When buying a thermal pad, pay attention to the original pad thickness specified by your device manufacturer (e.g., 0.5mm, 1.0mm, 1.5mm, etc.). Incorrect thickness may cause the heatsink not to sit properly on the chips.