Aluminum Zipper Fin Heat Pipe Radiator

Product Introduction

When the computer is working for a period of time, you will find that the data importing would be abnormally slow, how is that happening? This situation is actually very common, the real reason is the hard disk temperature reaches the maximum protection temperature of the SSD after high loading and long-term use.

Basically, the maximum working temperature of SSD is generally (70℃～80℃), and the SSD metal shell of SATA interface can effectively dissipate heat and ensure the stable operation of SSD. And many M.2 SSDs will run at a temperature of 65°C, which is already dangerous, and some high-speed SSDs are even higher than 70°C. The temperature is too high, and the chip will definitely slow down to protect itself.

Once the SSD reaches its protective temperature, the SSD will slow down. If the CPU temperature is too high, it will automatically reduce the frequency to protect itself, this problem can be solved by the CPU heatsinks. So how to solve the problem when the SSD temperature is too high? The answer is SSD heatsink.

With the development of SSD technology, more SSD heat sinks are designed to meet the thermal requirements of SSD, there are 4 main SSD heatsinks as below:

Type 1, single side heatsink, the heat sink can only be used for single-sided heat dissipation, and it can be fixed on the SSD by sticking or other methods, and can only be attached to one surface of the SSD, this type of heatsink is usually manufactured by extruding or cold forging, the price is low, and it does not take up space, the paste effect will be reduced after a long time, and the heat dissipation is average. At present, many solid-state drives are single-sided structures, including some 1TB products.

Type 2, double side heatsink, this type of heatsink fixed by the upper and lower two-layer installation method generally needs to be fixed with screws, which is relatively tight with the SSD, and will not loosen even if it is used for a long time. It needs to be disassembled and installed. It is cost-effective and cheap. The upper and lower surfaces heat of the SSD can be dissipated.

Type 3, heat pipe heatsink, this type of heat sink is no longer limited to metal heat sinks, but is mainly dissipating the heat by heat pipes. Compared with single metal heat sinks, heat pipes have stronger thermal conductivity and can dissipate heat in time.

Type 4, fan-type heatsink, the heat sink or heat pipe conducts heat out, blows the heat away through the rotation of the fan, and the heat sink or heat pipe absorbs the heat again to achieve the purpose of cooling the SSD.

This article is to introduce the aluminum zipper fin heat pipe SSD heatsink:

This type of heat sink combines the merit of every metal to build an excellent thermal performance heat sink. As we all know that aluminum and copper are the most common thermal materials, compared with each other, aluminum has a better thermal dissipation ability, so the zipper fin is made of alumium alloy which can dissipate more heat in unit time; Copper is better thermal conductive than aluminum, then the heat pipe is made by copper which spread and trasnfer the heat faster. So the aluminum zipper fin heat pipe SSD heatsink is a high performance and cost effective for the developing SSDs, which can solve the overheat problems and make the SSD operate stably and extend its service life.

Sinda Themal is a manufacturer specializing in varieties of heat sinks, we produce various hardware products, radiators, heatsinks etc., which are widely used in: Servers, inverters IGBT, new energy batteries, new energy vehicles, communication equipment, home appliances, medical equipment, military and other fields.

The company owns an area of 20,000 square meters and has more than 100 employees. we have a entire design, development and manufacturing team. At present, there are more than 100 advanced production and inspection equipment, which can provide customers with the best solutions and high-quality products.

Product specifications

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