Cold Transfer Heat Sink

Cold Transfer Heat Sink
Details:
When it is necessary to transfer heat at a lower temperature, such as the temperature range between -40 and 20 °C, copper heat pipes or copper vaporizing plates that use water as the working fluid cannot be used.
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Description
Technical Parameters
Brief Introduction

 

 When it is necessary to transfer heat at a lower temperature, such as the temperature range between -40 and 20 °C, copper heat pipes or copper vaporizing plates that use water as the working fluid cannot be used. The multi-cavity array superconducting flat plate using refrigerant or liquid ammonia as the working liquid just works in the most suitable state.

 

The structure of the multi-cavity array superconducting plate is composed of a plurality of independent channels arranged in the width direction. Each channel is designed to accommodate a cavity for superconducting material, allowing for efficient cooling and energy transfer. This design enables the plate to effectively distribute power while maintaining optimal superconducting properties.

 

 

Quick details

 

Product name Cold Transfer Heat Sink
Heatsink Material luminum AA6063/AA6060/6001 etc.
Surface finish Silver anodize/black anodize/blasting anodize/polish, powder coating, PVDF, wooden Grain, etc.
Packaging Strong carton box or according to requirement
Delivery time Within 12 working days.
Service Support OEM / ODM
Origin Foshan, China

 

 

 

how does Cold Transfer Heat Sink work

 

1.Heat is transferred from an external source to the evaporator section via the wall of the aluminum vapor chamber (ALVC).


2. Through the steam portion, the working fluid vaporizes, absorbs heat, and travels toward the condensation end.


3.By releasing its latent heat to the external condensation module at the condensation end, the fluid improves cooling effectiveness.


4. The cycle is completed when the working fluid, propelled by either gravity or capillary pressure, returns to the evaporator as a liquid.

 

 

Cold Transfer Plate-Cold Transfer Products-Working Principle

 

 

Cold Transfer Heat Sink

 

 

 

 

Cold Transfer Heat Sink - The most reliable solution for thermal performance

 

Cold Transfer Plate-
 

1. High reliability

The plane of the structure is divided into a plurality of independent parts, and the destruction of one part or channel will not affect the normal operation of other parts or channels. After being damaged (such as perforation), the conductivity of the product will decrease, but it will not fail;

 

2. Good pressure resistance

The split structure inside the product can be used as a support structure when the product is subjected to external force, and conventionally designed products can withstand internal or external pressure exceeding 10MPa. Reinforced structures can also withstand higher pressures;

 

3. The technology is mature and efficient.

This product uses aluminum extrusion as the raw material, with mature, stable, reliable and high production efficiency;

 

4. Invalid end is short.

Our company's unique welding process can make the ineffective end of the product as short as 1-3mm, which is much smaller than 5-9mm of copper heat pipe, which has obvious advantages in small space. And the product will form a smooth end after welding, which not only increases the reliability of the seal, but also avoids sharp end cutting hands or lines;

 

5. Large conduction area, easy to cover all heat sources.

The width of the product ranges from 10 to 300mm, which can completely cover the heating surface or the cooling surface, without the need for copper or aluminum plate diffusion, and the conduction is more direct.

 

 

applications of Cold Transfer Heat Sink

 

 

The important part of the cold transfer heat sink is the vapor chamber. With its robust performance and efficient thermal control, the vapor chamber is an ideal solution for modern refrigerated wine cabinets.

 

 The vapor chamber, acting as a cold transfer heat sink, rapidly dissipates heat, preventing any overheating of electronic components and compressors that could disrupt the cooling cycle.

 

By utilizing vapor chamber technology, refrigerated wine cabinets can offer enhanced energy efficiency and quieter operation. The vapor chamber's ability to evenly spread heat also reduces the risk of temperature fluctuations, ensuring that wines are stored in optimal conditions at all times. Additionally, this advanced heat dissipation method contributes to the longevity of the cabinet by preventing thermal stress on components.

 

 

 

 

refrigerated wine cabinet

 

Kaixin Team

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KAIXIN Company Ltd. is a reliable supplier of metal and aluminum products. Our mission is to provide the greatest quality and service possible at the most affordable costs. "Whatever we promise, we keep it," is our credo.

 

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