Brazed Liquid Cold Plate

In the era of high-power electronics and electric vehicles, effective thermal management has become a critical requirement for performance, safety, and longevity. Brazed Liquid Cold Plates have emerged as one of the most reliable and efficient solutions for cooling high-power devices. KINGKA specializes in delivering high-quality Brazed Liquid Cold Plates that combine advanced materials, precision engineering, and custom design capabilities to meet the demands of modern applications.

What is a Brazed Liquid Cold Plate?

A Brazed Liquid Cold Plate is a type of Liquid Cooling Plate designed to efficiently transfer heat from electronic components to a liquid coolant, usually water or a water-glycol mixture. Unlike standard cold plates, brazed designs involve joining metal components, typically copper or aluminum, using high-temperature brazing techniques. This process ensures superior mechanical strength, leak-proof performance, and enhanced thermal conductivity.

Also known as a Brazed Cold Plate, these components are widely used in industries requiring precise and reliable thermal management, such as electric vehicle batteries, power electronics, LED lighting systems, and high-performance computing.

Key Components and Materials

KINGKA’s High Performance Cold Plates are engineered with materials selected for optimal thermal performance. Common materials include:

• Copper Cold Plate: Offers excellent thermal conductivity, making it ideal for high-heat applications.

• Aluminum alloys: Lightweight and cost-effective solutions.

• Multi-layer brazed designs: Provide additional heat transfer efficiency in compact spaces.

Each Precision Cold Plate is carefully machined using CNC Machined Cold Plate techniques, ensuring accuracy in microchannel dimensions and overall structural integrity. These precision manufacturing methods are critical for maintaining high thermal performance and reliability under demanding conditions.

Features and Advantages

1. High Thermal Conductivity: KINGKA’s High Thermal Conductivity Brazed Cold Plate efficiently removes heat from power electronics and high-density batteries, preventing overheating and performance degradation.

2. Durable and Leak-Proof: Brazing ensures a strong bond between components, making the cold plate highly durable and resistant to pressure-induced leaks.

3. Custom Cold Plate Design: We provide flexible solutions tailored to your unique requirements. Our team can develop Custom Liquid Cold Plate Designs to fit complex geometries or specific cooling challenges.

4. Precision Manufacturing: As a trusted Precision CNC Brazed Cold Plate Supplier, KINGKA guarantees dimensional accuracy and consistent thermal performance across every batch.

5. Versatile Applications: Our cold plates are ideal for Liquid Cold Plate for High Power Electronics, including EV battery cooling, telecom devices, LED arrays, and industrial power modules.

Applications

Brazed Liquid Cold Plates are essential in modern thermal management applications:

• Electric Vehicle Batteries: Our Brazed Liquid Cold Plate for Electric Vehicle Battery ensures optimal temperature control, extending battery life and improving safety.

• High-Power Electronics: Suitable for CPUs, GPUs, inverters, and power modules, maintaining reliable operation under heavy loads.

• LED Cooling Solutions: Prevents overheating of high-intensity LED systems for longer lifespan and consistent performance.

• Telecom and Industrial Equipment: Provides precise cooling for densely packed electronics in demanding environments.

Why Choose KINGKA

As a leading Custom Liquid Cold Plate Manufacturer, KINGKA combines advanced brazing technology, CNC Machined Cold Plate precision, and comprehensive design capabilities to provide reliable solutions for high-performance thermal management. Our Precision Cold Plate products undergo rigorous testing for thermal efficiency, pressure resistance, and durability, ensuring the highest quality standards.

By choosing KINGKA’s Brazed Liquid Cold Plates, you gain access to:

• Customizable designs for specific applications

• High-quality copper and aluminum materials

• High thermal efficiency and compact form factor

• Expert technical support for optimal system integration

For industries where heat management is crucial, KINGKA’s Brazed Liquid Cold Plates and Liquid Cooling Plates provide unmatched performance and reliability. Whether you need a Brazed Liquid Cold Plate for Electric Vehicle Battery or a Liquid Cold Plate for High Power Electronics, KINGKA is your trusted partner for advanced thermal solutions.

FAQ – KINGKA Brazed Liquid Cold Plate

1. What is a Brazed Liquid Cold Plate?

A Brazed Liquid Cold Plate is a type of Liquid Cooling Plate designed to efficiently remove heat from electronic components. It uses brazing technology to join metal layers, typically copper or aluminum, ensuring high thermal conductivity, durability, and leak-proof performance.

2. What materials are used in KINGKA’s Brazed Cold Plates?

Our Precision Cold Plates are commonly made of:

• Copper Cold Plate: Excellent thermal conductivity for high-power applications.

• Aluminum alloys: Lightweight and cost-effective.

• Multi-layer brazed designs for enhanced heat dissipation in compact applications.

3. What are the advantages of a Brazed Liquid Cold Plate?

• High thermal efficiency (High Thermal Conductivity Brazed Cold Plate)

• Durable and leak-proof construction

• Compact design suitable for tight spaces

• Customizable to meet unique system requirements (Custom Cold Plate Design)

• Ideal for high-power electronics and EV battery cooling

4. Can KINGKA customize a cold plate for my application?

Yes. As a Custom Liquid Cold Plate Manufacturer, KINGKA can design and produce Brazed Liquid Cold Plates tailored to your geometry, flow rate, and thermal requirements. We also offer Precision CNC Brazed Cold Plate manufacturing to ensure accurate dimensions and performance.

5. What applications are suitable for these cold plates?

• Brazed Liquid Cold Plate for Electric Vehicle Battery

• Cooling for CPUs, GPUs, inverters, and other High Power Electronics

• LED cooling solutions

• Telecom and industrial equipment thermal management

6. How is the cold plate cooled?

A Liquid Cold Plate transfers heat from the components to a liquid coolant, such as water, water-glycol mixtures, or dielectric fluids. The brazed construction ensures efficient thermal transfer and prevents leaks under high pressure.