Thermal Putty 14.8 W/m·K – 50 Gram Jar – Made in USA – High-Performance Non-Conductive Gap Filler for Laptop, GPU, PS5, Series X, Series S VRAM, MOSFETs & Coils – Reusable & Durable

Polartronix Thermal Putty 14.8 W/m·K is a high-performance, non-conductive gap-filling compound designed for VRAM, MOSFET, and coil cooling applications. Engineered for precise thermal transfer in gaming consoles, laptops, and GPUs, this soft putty bridges uneven surfaces to ensure maximum contact and consistent heat dissipation.High Thermal Conductivity – 14.8 W/m·K for effective cooling of power components.Non-Conductive & Safe – No risk of short circuits or damage to surrounding electronics.Flexible Application – Easily applied by hand to coils, MOSFETs, and memory modules.Reusable Formula – Maintains performance even after removal and re-installation.Large 50 Gram Jar – Suitable for multiple devices or large-scale repairs.Perfect for professional repair shops and enthusiasts who demand reliable thermal management for high-power devices. Ideal for PlayStation 5, Xbox Series X/S, GPUs, and gaming laptops.

• 🧲 Extreme Thermal Conductivity – 14.8 W/m·K Efficiently transfers heat from VRAMs, MOSFETs, and power coils to heatsinks. Keeps GPUs, laptops, and consoles running cooler under load.
• 🧱 Non-Conductive & Safe for All Components Completely electrically non-conductive — prevents shorts and corrosion. Safe for delicate SMD and PCB areas.
• 🧩 Ideal for Uneven Surfaces & Small Gaps Perfect for filling irregular gaps between chips, coils, or modules where thermal pads or paste don’t fit properly.
• ♻️ Reusable & Long-Lasting Formula Unlike paste, thermal putty remains soft and pliable. Can be removed and reapplied multiple times without losing performance.
• 🎮 Perfect for Consoles, Laptops & GPUs Designed for demanding devices like PS5, Xbox Series X/S, and gaming laptops where VRAM and MOSFET cooling is critical.
• 🇺🇸 Made in USA – Trusted Quality Formulated and packaged in the USA under strict quality standards. Built for professionals who demand reliable, high-performance materials.