High performance devices deserve cooling you can trust. This Honeywell PTM7950 thermal pad is engineered for users who want lower temperatures, quieter fans, and long-term reliability without the mess of traditional paste. Designed for laptops, GPUs, and CPUs under heavy load, it activates precisely when heat rises, delivering consistent thermal transfer where it matters most. Whether you’re gaming, rendering, or pushing your system daily, this phase change solution helps protect performance and extend hardware life.
Key Features
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Advanced phase-change material softens at operating temperature for optimal surface contact
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Delivers up to 8.5W/mK thermal conductivity for efficient heat dissipation
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Cleaner and more stable than liquid paste—no pumping, drying, or leakage
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Pre-cut pad design ensures easy, precise installation
Why Choose Our Honeywell PTM7950 Phase Change Thermal Pad
Unlike standard thermal paste that degrades over time, this phase change thermal pad maintains consistent performance through repeated heating cycles. It offers professional-grade cooling trusted by OEMs, while being easier and cleaner to apply than paste alternatives. The result is stable temperatures, reduced throttling, and long-term peace of mind.
Perfect For
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Laptop users experiencing overheating or thermal throttling
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GPU and CPU upgrades or repasting projects
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Gamers, creators, and power users running sustained workloads
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Technicians seeking a reliable, low-maintenance thermal solution
How It Works / How to Use
Place the pad directly between the chip and heatsink. As temperatures rise, the material transitions to fill micro-gaps, maximizing heat transfer without spreading or residue.
Product Specs
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Thermal Conductivity: 8.5W/mK
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Material: Silicone-based phase change compound
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Application: CPU, GPU, laptop cooling
Upgrade Your Cooling with Confidence
Experience the difference the Honeywell PTM7950 Phase Change Thermal Pad can make—cooler performance, cleaner installs, and reliable heat control every time you power on.

































