For Honeywell PTM7950 Phase-change Pad 8.5W/mK CPU Thermal Conductive Paste Pad Patch Replacement Lightweight for Laptop GPU CPU
Feature:
1. Material: The heat conductive pad is small in size and light in weight, making it convenient for you to carry and store when not in use. Made of high-quality silicone material, the heat conductive pad is soft and durable, with a smooth surface and exquisite workmanship. With good sealing effect, it can effectively reduce the leakage of liquid during use, and can be used for a long time during refrigerated storage.
2. Advanced Technology: Ultra high thermal conductivity phase change material (PCM), available in both pad and phase change sheet forms, aims to reduce the thermal resistance of the interface, pass reliability testing, and maintain excellent performance. Based on a new polymer PCM system, this material exhibits excellent interfacial wettability within a typical operating temperature range, resulting in extremely low surface contact resistance, making it more suitable for today's high-performance notebook computers.
3. Reliable: The PTM7950 is a proprietary material that provides excellent reliability (via 150 ℃ baking for 1000 hours, T/C-B for 1000 cycles) and maintaining low thermal impedance, making the PTM7950 series the best choice for high-performance integrated circuit equipment.
4. Ease of Use: It is recommended to use clamping pressure and temperature to achieve a minimum adhesive line thickness for thermal interface materials, typically less than 1.5 million (0.038 mm) for optimal performance. Materials must undergo a phase transition temperature to exhibit their proper properties
5. Product Usage: The heat dissipation pad is specially designed for CPUs, GPUs, graphics cards, GPUs, power supplies, computer hosts, laptops, and any heat dissipation modules you need. Use it to heat your laptop or computer and prevent overheating.
Specification:
Origin: Mainland China
Color: Gray
Material: Silicone
Quantity: 1 piece
Thickness: 0.25mm
Thermal conductivity: 8.5 W/m-k
Density: 2.8 (g/cm3)
Thermal impedance: 0.04 ℃-cm2/W
Phase change temperature: Within 45 ℃
Storage method: Refrigerated storage
Size: 31x40mm, 40x40mm, 40x80mm, 80x80mm, 80x160mm (optional)
Weight: 10g
Be careful:
This product is a phase change material. During air transportation, the cabin and local climate may cause slight deformation of the product edges, which does not affect normal use. If not acceptable, do not purchase.
Introduction to usage:
1. Thoroughly clean the surface of the chip and the contact surface of the radiator. It is recommended to use a complimentary alcohol wipe.
2. Key points: If the surface of the chip is to be attached, it must be cut to the same size as the chip, or even slightly smaller by one edge, with a solid edge and no overhang, in order to tear the film. If it is attached to the base of the heat sink, it is recommended that it be one circle larger than the chip for easy aiming, and do not cover uneven bumps. Only on a flat surface can the film be easily torn! However, no matter which side you are sticking to, the edges should not be suspended. The next step is easy to operate. Irregular edges and suspended edges can lead to poor film tearing;
3. Tear off one side of the release film and paste it onto the base of the radiator or the surface of the chip (do not repeatedly knead the phase change film before use. If room temperature is too high, you can refrigerate it for ten minutes, making it easier to tear off the film after cooling);
4. Then evenly apply pressure on the entire surface of the phase change sheet with your thumb to fully adhere the phase change sheet for the next step of film tearing;
5. Tear off the other half of the release film. It is more convenient to use the free easy to tear adhesive aid, which can start from the corners, making it more convenient;
6. Directly install and fasten the radiator, and immediately turn it on for use.
Note:
Due to the different monitor and light effect, the actual color of the item might be slightly different from the color showed on the pictures. Thank you!
Please allow 1-2cm measuring deviation due to manual measurement.
