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Rapid Cooling Liquid Aluminum Cold Plate for New Energy Vehicles

Rapid Cooling Liquid Aluminum Cold Plate for New Energy Vehicles

Brazing is the jointing of metals using a molten filler material, which on cooling forms a joint. The filler metal melting temperature is above 450℃, but below the melting point of the metals.
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Product Introduction

On the basis of existing products, we insist on researching and developing FSW Liquid Cooling Plate, Skived Fin Heat Sink, Aluminum Cold Plates for Battery new products on the market, which has strengthened the core competitiveness and development stamina of the company. The company is speeding up the construction of follow-up products, developing new products, and realizing a complete industrial chain. We provide a broad development platform for all employees, so that their abilities can be quickly improved and their self-worth can be realized. Our production system is well managed, and we adhere to the corporate purpose of "resource innovation, safety and environment". We insist on being market-oriented, concentrate on technological innovation and exquisite quantity of craftsmanship, and vigorously promote the "people-oriented" management policy.

Brazing

Brazing is the jointing of metals using a molten filler material, which on cooling forms a joint.

The filler metal melting temperature is above 450℃, but below the melting point of the metals.


How does it work?

Brazing joints the base metals by creating a metallurgical bond between the filler metal and the base metals.

When molten, the filler metal is drawn into the joint by capillary action.


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How do you supply filler metal to 100's of joint simultaneously?

Brazing sheet!


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Aluminum oxide

Aluminum oxide characteristics:

Hardness significantly above 400Mpa

High resistance to chemicals


The oxide interferes with brazing

Aluminum owes many of its properties to very strong adherent oxide film on the surface.

This oxide must be removed or broken up if joining is to occur.

There are a number of possibilities of achieving this.


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Comparison of brazing processes:


CAB

Vacuum brazing

Air furnace brazing

Heating

Radiation/Convection

Radiation

Forced convection

Use of flux

Yes

NO

NO

Quantity of flux

<5g/㎡

-

30~50g/m³

Pre braze treatment

Moderate demands

High demands

Moderate demands

Post braze treatment

NO

NO

Yes

Aqueous wastes

NO


Yes

Atmospheric emissions

NO

NO

NO

Continuos process

Yes

NO

Yes

Investment

80

100

90

Operating expense
(not including flux)

80

100

100


CAB furnace brazing process sequence

The CAB process sequence is depending on: Heat exchanger design, Cleaning method, Flux application method.


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CAB furnace braze cycle

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Factors determining CAB production success or failure

1. Good product fit-up ( gap tolerance 0.1 to 0.15mm)

2. Adequate quantity of filler metal

3. Uniformity of flux coating

4. Interaction of flux and alloying elements

5. Furnace conditions (temperature time profile, temperature uniformity, furnace atmosphere)


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Our company put quality first, establish a good brand awareness, strengthen and enlarge our Rapid Cooling Liquid Aluminum Cold Plate for New Energy Vehicles product line. Our company reflects the quality of international standards in every link in customer service, after-sales tracking and technical support and our company will rely on this to promote continuous innovation. 'Honest management, innovative service' is the theme of our survival and development.

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