OEM Best Thermal Performance Copper Tube Hi
OEM Best Thermal Performance Copper Tube Hi

OEM Best Thermal Performance Copper Tube Hi

A battery thermal management system typically uses a liquid cooling solution, such as a water-cooled plate, to dissipate

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DESCRIPTION

Basic Info.
Model NO. 22nm1011
Transport Package Carton Box or Plywood Case with Films Protection
Specification custimize
Trademark OEM
Origin China
Production Capacity 50000PCS/Year
Product Description
PRODUCT SPECIFICATION FOR WATER COOLING PLATE
NO.ITEM DESCRIPTIONCONTENT
1Product NameWater cooling plate;water cooling heat sink;aluminum cooled plate
2MaterialAluminum,Aluminum+Cooper tube
3Detailed SizeAs per customers' design
4Sample ServiceSamples are availabe for prototypes within 1 week
5 Production ProcessAluminum Plate Cutting--Grooves Making--Embedding Tubes(Friction Stir Welding)--Epoxy adhesive filling--CNC Machining--Cleaning--Inspecting--Packing
6Surface TreatmentDegreasing,(Black) Anodizing,Sand Blasting,Painting,Chromating and Laser marking
7Reference StandardGB/T 3190-2008,GB/T 14846-2008,ISO 2768
8ExperienceMore than 20 years professional manufacturing experience
9
Application
LED Lighting,Inverter,Welding Machine,Communication Device,Power Supply Equipment,Electronic Industry,ThermoelectricCoolers/Generator,IGBT/UPS Cooling Systems and so on high power device

OEM Best Thermal Performance Copper Tube Hi-Contact Liquid Cold Plate Water Cooling Block

OEM Best Thermal Performance Copper Tube Hi-Contact Liquid Cold Plate Water Cooling Block

OEM Best Thermal Performance Copper Tube Hi-Contact Liquid Cold Plate Water Cooling Block

OEM Best Thermal Performance Copper Tube Hi-Contact Liquid Cold Plate Water Cooling Block

OEM Best Thermal Performance Copper Tube Hi-Contact Liquid Cold Plate Water Cooling Block

A battery thermal management system typically uses a liquid cooling solution, such as a water-cooled plate, to dissipate heat generated by the battery. A water-cooled plate consists of a thin metal plate with channels or tubes embedded within it. The plate is in direct contact with the battery cells.

During operation, the heat generated by the battery cells is transferred to the water-cooled plate. Water, or a coolant fluid, flows through the channels or tubes of the plate, absorbing the heat from the plate's surface. As the water passes through the plate, it carries away the heat and transfers it to a heat exchanger or a radiator, where the heat is dissipated into the surrounding environment.