Graphene Coating Heatpipe Cooling CPU Heatsink

Product Description:

         The overall appearance of the heatsink is blackened, just like the "Black Warrior". Its heat pipes and fins are coated with graphene, so as to improve the thermal conductivity. Its copper base is finished with nickel plating to prevent oxidation, and a brazing process is added to improve the thermal conductivity between the copper base and the heat pipe. The heatsink adopts a single tower structure. It can be seen that the number and arrangement of fins are very dense, and the spacing between fins is small and uniform. The weight of the main body of the heatsink also reaches about 900g (excluding the fan and the plastic parts on the top).

Product Parameters:

Material: Aluminum zipper fin, copper machining base, copper heatpipe

Surface Treatment: Nickel plated,Graphene coating

Size: 144 mm × 121mm × 162mm

Fan size: 140mm × 140mm × 25mm

Number of heat pipes: 6 (6mm)

Heat dissipation power: 250W

Fan interface: 4Pin PWM

Fan speed: 700-1800rpm (± 10%)

Fan air volume: 34.57-90.2cfm

Fan air pressure: 0.46-2.74 mm H2O

Fan noise: ≤ 38dB (a)

RGB effects: None

Compatible platform: Intel lga115x / 1200 / 2011 / 2066, AMD AM4

Warranty period: 3 years

Heatsink Designs Details:

    The 6 heatipe CPU cooling heatsink is equipped with 6 heat pipes to support the heat dissipation of high-power CPU. The copper base plate is finished with nickel plated to provide a higher appearance. The use of brazing process is to ensure low thermal resistance between thermal components and improve heat transfer efficiency.

    The heat pipes and fins are coated with graphene, so as to improve the thermal conductivity by thermal radiation .

        The heatsink is equipped with a 140mm cooling fan, the fan speed ranges from 700 to 1700rpm, the maximum speed can provide 90.2cfm air volume and 2.74mm H2O air pressure, and the fan noise is less than 38 dB.

      At the same time, it is equipped with a speed reduction line. After using the speed reduction line, the maximum fan speed is only 1200rpm, the maximum air volume and air pressure are only 57.81cfm and 1.14mm H2O, and the noise is greatly reduced to less than 30 dB. The use of deceleration line is suitable for the situation that is sensitive to noise and does not require high heat dissipation performance.

Benefits and Advantages:

1. Suitable for mainstream platforms. Compatible with Intel lga115x / 1200 / 2011 / 2066 platform, AMD is compatible with AM4 platform.

2. Easy installation and good compatibility. It is equipped with special fasteners and backplate to fix it on the main board. When installing the heatsink, you need to remove the top cover plate and fix it with the attached screwdriver.

3. High performance with low noise. In the automatic test mode, the frequency of the Ruilong 9 5950x is maintained at 4.15ghz, the voltage is the default 1.2V, and the ambient temperature is 20 ℃. Through aida64 system stability test, after the processor is fully loaded for 30 minutes, it can be seen that the package temperature of the processor is about 75 ℃, and the fan noise is about 48 dB when it is fully loaded.

How To Choose a Good CPU heatsink: 

1.  The performance of heatsink is related to material and it's manufacture process. If only compare the two heatsinksby material, it is obviously not rigorous enough, because the material and production process of the heatsink will affect the heat dissipation performance.

2.  The number of fans of the same type in the heatsink will affect the thermal performance. Adding a  cooling fan will improve the cooling performance. Of course, the extent of improvement is not absolute, because it also depends on the performance of the fan itself and the air duct design of the whole machine system.

3. The installationof the cooling fan. If the fan of the heatsink is installed in the opposite direction, it will seriously affect the cooling performance. Because if the fans at both ends form convection, the heat accumulation inside the system cannot be discharged in time, which will lead to the decline of heat dissipation performance.

4. Pay attention to heat dissipation and power consumption. Heat dissipation power consumption is one of the important parameters of the CPU heatsinks. Generally speaking, the higher the cooling power consumption, the stronger the thermal performance. According to different CPU power consumption, select the appropriate radiator to achieve the highest efficiency. Excess performance sometimes leads to the heatsink unable to give full play to the best cooling performance.

FAQ

Q: Will the samples be tested before shipping?

A: Yes, all the CPU heatsinks with heatpipes will be 100% passed thermal test before fina packing.

Q: Can I buy a low quantity sample demand? 

A: Yes, we don't have MOQ limits, but the price quotation will be based on the demand quantity.

Q: Can I have customized design for my product?

A: Yes, please provide us the detailed information when sending te inquiry.

Q: Is there any tooling cost for production ?

A:  For NPI demand, some customized part, such as heatpipes will need tooling cost to finish the sample build.

     For mass productions, all the components without Existing tooling will need new tooling cost for hard tooling production. 

Q: What's the normal LT ?

A: For soft tooling sample build , 4 weeks  , and 5 weeks by hard tooling production mode. 

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