Water Cold Plate For Electrical Devices Cooled Heat Sink Liquid Cold Plate For Laser

Product parameters of Water Cold Plate For Electrical Devices Cooled Heat Sink Liquid Cold Plate For Laser

Material: AL 1100

Size：15*13*2cm

Weight: 1.25kg

Technology: CNC machining

Feature: HIgh cooling capability

Surface treatment: oil cleared,cleaned and passivation

Heat conducting power: 685W

Product advantage of Water Cold Plate For Electrical Devices Cooled Heat Sink Liquid Cold Plate For Laser

Just like heat sink is a word that people will know this is the cooling device which plays an important role in modern equipment and machines, without a cooling heat sink, it could destroy the operation system and thus would cost thousands of dollars for the loss, however, some of the heat sinks, no matter the active heat sink or passive heat sink, its cooling power ability are all has the limitation about 200-300W, very seldom heat sinks can have a strong power in cooling more than 300W, so is that the limitation for the modern radiator?

The answer is no, the technology is changing from time to time, and more and more advanced technique is appearing and which are all contributed with human intelligence and devotion, so as the equipment is becoming more advanced and its operation devices are demanding for higher cooling heat sink, so now the water cooling plate has birthed to meet the requirement of large equipment, for example, the laser equipment needs high power in electricity, and it must will generate more heating, so if you want keep the temperature be normal and operation be steady, you will need the high cooling power of laser equipment cold plate, this water cooling plate is designated for the laser equipment, it could cool down more than 500W or 1000W,and even more than 3000W is available, this cooling way is using liquid flowing and can adjust cooling power according to the Flow speed and water volume. The water copper tube for transmitting the water, and heat source attached with water cold plate to touch the heat and spread out the heat until lower temperature.