Six Copper Two Towers and Two Fans Antigravity CPU Cooler CPU

Short Description:

Product Specification

Model

SYX-664

Color

Gray

Overall Dimensions

146*143*164.5mm

Fan Dimensions

120*120*25mm(W×D×H)

Fan Speed

800-1500±10%

Noise Level

31.8db

Airflow

80.15CFM

Static Pressure

1.65mm H2O

Bearing Type

Hydraulic

Socket

Intel:115X/1366/1200/1700
Amd:AM4/FM2/FM1/AM3/AM3(+)
/AM2+/AM2

Power interface

4 pin

Life

40000 hours

Input voltage

DC 12V

TDP(W)

230W

Material

AL1100

Overoperating voltage

DC5-13.8V

Heat pipe material

CU1020


Product Detail

Product Tags

Product Details

SYX-664
SYX-664
SYX-664 (6)

Our product selling point

14 cm twin tower radiator!

Anti-gravity six-tube radiator!

Height 164.5mm.With RPM Glitzy fan!

The latest AGHP reverse gravity heat pipe!

800-1500flow/min.RPM Imported hydraulic bearing, quiet and colorful fan!

Product Features

Six 6mm AGHP anti-gravity heat pipes!

To solve the problem of anti-gravity.

DTPC: Dynamic heat dissipation(Dynamic Thermal Power Capacity)

According to the characteristics of instantaneous heating power consumption, peak value and low standby limit of actual CPU, a single heat pipe of module is adjusted independently on the basis of AGHP heat pipe.

The use of different heat pipe power ratio makes the whole heat sink to form a wide range of heat dissipation and greatly increase the upper limit of heat dissipation.

Traditional :120-200w

Double tower with the latest AGHP reverse gravity heat pipe:120-265w

Six heat pipes straight contact!

Six heat pipes nickle-plated and anti-oxidation .HDT direct contact fine bottom treatment. To make conduction bonding unbounded.

The straight contact design allows for maximum contact area between the heat pipes and the heat source, improving heat conduction and dissipation. The nickel-plating and anti-oxidation properties of the heat pipes help prevent corrosion and maintain their performance over time.

The HDT direct contact with the fin bottom treatment ensures that there are no gaps or barriers between the heat pipes and the heat source. This direct contact enhances heat transfer efficiency, allowing for more effective cooling.

By using these heat pipes with straight contact, nickel-plating, and anti-oxidation, you can ensure optimal heat conduction and dissipation, preventing overheating and improving the overall cooling performance of your system.


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