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High-Density Immersion Cooling Chassis for AI Clusters | China Suppliers & Factory Solutions

Introducing our cutting-edge professional immersion liquid cooling chassis, specifically engineered for AI computing clusters, GPU servers, and high-density computing environments. This innovative solution employs fully insulated liquid immersion cooling technology, effectively reducing temperature, noise, and power consumption while enhancing long-term operational stability. As a leading manufacturer in China, we take pride in supplying top-tier cooling solutions to meet the demands of modern computing. Our factory is dedicated to delivering high-quality products designed to optimize performance and reliability in high-performance computing applications

    High-Density Liquid Cooling

    The Immersion Cooling Chassis for High Density is a professional liquid cooling chassis designed for high-density computing scenarios such as AI training clusters, GPU server clusters, high-performance computing HPC and big data center server groups. Different from traditional air-cooled chassis relying on fan air dissipation, this chassis adopts full immersion liquid cooling technology, putting server mainboard, CPU, GPU and other heat-generating components into non-conductive insulating dielectric liquid, directly taking away heat through liquid heat conduction, with higher heat exchange efficiency and more stable temperature control.

    Immersion Cooling Chassis for High Density (3)
    Structural & Thermal Optimization

    The chassis is made of anti-corrosion and anti-leakage aluminum alloy material as a whole, with sealed structural design to effectively prevent internal dielectric liquid leakage, and at the same time isolate external dust, moisture and oxidizing gas, reduce hardware aging speed and extend server service life. It supports high-density multi-node server deployment in a single chassis, greatly improving the number of computing units per unit area and saving data center construction space and site cost. The internal liquid circulation and heat exchange structure is optimized, which can keep the hardware working temperature stable at 35-45°C for a long time, far lower than the high temperature state of traditional air cooling, allowing CPU and GPU to run at full load for a long time without frequency reduction.

    Immersion Cooling Chassis for High Density (5)
    Smart Monitoring & Efficiency

    Equipped with built-in liquid level sensor and temperature monitoring module, it can real-time feed back internal liquid level and temperature data, and automatically alarm when abnormal parameters occur to ensure system operation safety. The dielectric liquid used is non-toxic, non-flammable and environmentally friendly, with long service life and low later maintenance cost. It eliminates the need for server cooling fans and large air conditioning equipment in the computer room, greatly reducing overall power consumption and operation cost of the data center. This high-density immersion cooling chassis is an essential core hardware for building low-energy consumption, high-efficiency and high-stability modern AI computing data center.

    Immersion Cooling Chassis for High Density (6)

    Frequently Asked Questions

    What is the main application of the Immersion Cooling Chassis?
    It is designed specifically for high-density computing environments, including AI training clusters, GPU server clusters, high-performance computing (HPC), and big data center server groups.
    How does the immersion cooling technology work?
    Instead of using fans, it submerges the server mainboard, CPU, GPU, and other heat-generating components directly into a non-conductive, insulating dielectric liquid. Heat is conducted away directly through the liquid, offering superior heat exchange efficiency and temperature control.
    What materials are used to prevent leakage and corrosion?
    The chassis is constructed from anti-corrosion and anti-leakage aluminum alloy. Its sealed design prevents internal dielectric liquid from leaking while isolating external dust, moisture, and oxidizing gases.
    What operating temperature does this chassis maintain?
    The optimized internal liquid circulation and heat exchange structure keep the hardware working temperature stable between 35°C and 45°C. This allows CPU and GPU components to run at full load for long periods without thermal throttling.
    Are there built-in safety monitoring systems?
    Yes, the chassis is equipped with a built-in liquid level sensor and temperature monitoring module. It provides real-time data feedback and automatically triggers alarms if any abnormal parameters are detected.
    How does it help reduce data center operational costs?
    By eliminating the need for server cooling fans and large computer room air conditioners, the chassis significantly lowers overall power consumption, reduces hardware aging, and saves valuable data center construction space.

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