Heat Sinks

Choosing our products, you will have an efficient, reliable, and intelligent heat dissipation solution to keep your equipment at its best performance.

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Liquid Cold Plates

We have advanced production equipment and efficient production processes, which can meet the needs of large-scale and high-quality production in the shortest time.

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Vansim Hardware Products Co., Ltd

We have advanced production equipment and efficient production processes, which can meet the needs of large-scale and high-quality production in the shortest time.

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// ABOUT US

Company Profile

Vansim is a total thermal solution design and production company, providing customers with the best cooling solutions for different needs.It is also most cost-effective solution

Vansim (Dongguan) Hardware Products Co., Ltd locates in Hengli Town, Dongguan City. We are a professional manufacturer combines design, producing and sales for high-power heatsinks and different Precision parts.

 

Our products include water block, liquid cold plate, heat pipe heat sink, skived heatsink, extruded heatsink, soldered heatsink, bonded heatsink , aluminum structural parts, CNC machined parts, Precision CNC machining parts  .

 

All these products are widely used on data center servers, high power supply, EV, energy storage, invertors ,IGBT modules, batteries, laser, smart driving, medical facilities, New energy management,LED light, semiconductor cooling etc.

 

We are open to OEM service as well as design & produce precision parts to meet customer’s requirements.

 

Vansim is a young company in thermal and precision industry, but we have professional team with rich experience, advanced producing equipment and precision test facilities. Keep pursuing high precise manufacturing and good quality are our lifelong target.

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// PRODUCTS

Choose Our Products

Vansim excel in the comprehensive process of high-power radiators and liquid cooling plates production, including careful design, advanced development, rigorous testing, precise optimization, and customized manufacturing.

Liquid Cold Plates

Liquid cooling technology is a cooling technology that utilizes the flow of liquids to quickly take heat away. Liquid cooling applications deal with liquid cooling plates (also called water cooling plate) that are installed onto heat sources. It works together with heat exchangers and pumps to dissipate heat by the circulation of liquid. Under typical conditions, liquid cooling applications are used in an environment with higher thermal energy density that either forced convective cooling or phase change system are not able to meet the required cooling effect.
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Heat Sinks

Air cooling technology is a cooling method that uses air flow to remove heat. Its core principle is to use a fan to drive air flow, remove heat from the heat-generating object through the heat sink, and form a continuous air flow cycle to achieve a cooling effect.
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Structural Parts

Provide high-efficiency, high-precision, flexible and multifunctional precision machining solutions for parts, which are widely used in the processing of automobiles, electronics, medical equipment, and new energy products. It can manufacture various complex-shaped parts with a machining accuracy of up to 0.01mm to ensure the precise size of the product; with rich machining experience and technical accumulation, it is especially good at precision machining of large-size inner cavity products. It adopts the most optimized machining solutions and precise control technology to perfectly solve the processing problems such as material warping and deformation during the machining process, ensuring the quality and performance requirements of parts.
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Vansim as a manufacturer, Has a complete development process. We can customize and process various aluminum alloy precision machining parts, heat sinks, liquid cooling plates and other types of products according to customer drawings. Customers can also make demands and entrust our company to carry out thermal design, manufacturing, verification and other work. Either way can meet customer requirements.

// SUPPORT

VANSIM Manufacturing Support

We have advanced production equipment and efficient production processes, which can meet the needs of large-scale and high-quality production in the shortest time. At the same time, we have superb production technology and an experienced technical team to provide customers with stable and reliable product output.

●·· Cutting

●·· Friction Stir Welding

●·· Skived fin Machining

●·· Soldering

●·· Brazing

●·· CNC Machining

●·· Bonding

Skived Machine Skived Machine
Skived Machine Skived Machine
Skived Machine Skived Machine
Skived Machine Skived Machine
CNC Machining CNC Machining
Skived Process Skived Process
FSW Process FSW Process
Cutting Cutting
Skived Machine Skived Machine
Skived Machine Skived Machine
Skived Machine Skived Machine
Skived Machine Skived Machine
CNC Machining CNC Machining
Skived Process Skived Process
FSW Process FSW Process
Cutting Cutting

// SOLUTION

Thermal Simulation

The purpose of thermal design is to control the temperature of all electronic components inside the product so that they do not exceed the maximum temperature specified by standards and specifications under the working environment conditions.

// TEST

Product Verification Testing

Thermal Testing


Thermal testing is an essential part of product heat dissipation design. Thermal testing is an important part of ensuring product heat dissipation performance. The functions of thermal testing mainly include the following four aspects:

Airtightness Test


The liquid cooling plate is an important part of the night cooling system. Once a leak occurs, it will cause a serious accident. The night cooling plate must be 100% airtight tested before shipment to ensure the reliability of the night cooling plate in use.

Flow Resistance Test


Flow resistance is an important indicator of liquid cooling system and liquid cooling plate. In order to make the cooling system of the equipment work close to the theoretical design conditions, the design must ensure that the flow resistance of the liquid cooling system matches the flow resistance distribution value of the environmental control system design. The intersection of the flow resistance characteristic curve of the flow channel and the characteristic curve of the pump is the working point of the pump. The working point can be used to judge the efficiency of the water pump and whether the flow channel or pump matches the liquid cooling system.

// APPLICATIONS

Diverse Industry Solutions

Battery Cooling

Battery Cooling

Cloud Data Center Cooling

Cloud Data Center Cooling

Medical Application

Medical Application

LED Light Cooling

LED Light Cooling

Laser Cooling

Laser Cooling

IGBT Cooling

IGBT Cooling

Inverter Cooling

Inverter Cooling

Battery Cooling

There are many battery application fields. Vansim can provide you with the heat dissipation solutions in the application fields we are good at. Please contact us for details!

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Cloud Data Center Cooling

To adapt to the inevitable trend of AI revolution, intelligent data centers are undergoing comprehensive upgrades.

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Medical Application

The components that need heat dissipation in medical equipment mainly include electronic components, motors, sensors and other heat-generating components. If the heat is not dissipated in time, it may cause unstable operation or even damage of the equipment.

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LED Light Cooling

High-power LEDs are sensitive components. Heat dissipation and reliability are the main factors affecting the application of high-power LEDs. So how to solve the heat dissipation problem of high-power LED light sources? Vansim provides you with practical solutions and manufacturing.

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Laser Cooling

The cooling method of the laser usually depends on its power, application requirements and working environment. Vansim provides you with heat sink and water cooling plate manufacturing for different process types of air cooling and liquid cooling solutions.

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IGBT Cooling

When the IGBT is in high-frequency operation, heat loss causes the module temperature to continue to increase, which will seriously affect the working performance of the IGBT power semiconductor device. At the same time, the reliability of the component is reduced, greatly reducing the component life. More than half of the IGBT device damage is caused by thermal failure, so thermal management is very important.

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Inverter Cooling

The heat dissipation methods of the inverter include the use of heat sinks, fan heat dissipation, heat pipes, heat dissipation adhesives, heat dissipation structure design, temperature control and optimized air circulation.

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// BLOG

News & Media


Advanced Embedded Heat Pipe Technology in Skived Heat Sinks for Enhanced Performance of Inverters and Converters

Mar 21,2025

**skived-fin heat sinks with pressed heat pipe technology**, a breakthrough combination engineered to meet the demanding needs of modern power electronics.


Friction stir welding (FSW) process is used for liquid cooling plates in battery cooling systems

Dec 21,2024

The advantages of the friction stir welding liquid cold plates are that the flow channel can be flexibly designed according to requirements, no need to fill welding wire and inert gas protection, environmentally friendly production and other characteristics. Vansim's most commonly used friction stir welding liquid cooling plate processing procedures: 1. According to the process requirements of the finished product structure and welding technology, CNC processes the flow channel bottom plate and cover plate;


How does the embedded copper tube liquid cooling plate applied to the IGBT liquid cooling system?

Apr 17,2025

Embedded copper tube liquid cooling plate plays an important role in the application of high power IGBT cooling system. The following is a related introduction: Working principle The copper tube water cooling plate uses the high specific heat capacity of water to remove the heat generated by the IGBT during operation through circulating water. The water cooling plate is usually composed of a copper tube and a metal substrate. Water flows through the copper tube. The IGBT module is installed on the metal substrate. The heat is transferred to the copper tube through the substrate and then taken away by the circulating water.

Customize the process according to the Drawings
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