Icicleflow GPU PC Liquid Cooler for lntel all Platforms,lntel LGA 1700,13900KAMD all Platforms, AMD3,4,5
Product Parameter:
Model: GPU-240/360
Suiutable Socket: lntel all Platforms,lntel LGA 1700,13900KAMD all
Platforms, AMD3,4,5
Pump Head Size: 64x64x27 MM
Pump Mounting Hole Dimensions:
Customized
Pump Bearing: Ceramic Bearing
Rated Voltage: 12V DC
Pump Flow: 1.5L/MIN
Noise:<35 dBA
Rated Current: 0.4A±10%MAX
Pump Speed: 3200±10%RPM
The GPU PC Liquid Cooler is a specialized solution within Icicleflow's GPU Liquid Cooling product family, designed to address the growing thermal demands of modern graphics cards. As gaming resolutions climb and GPU workloads expand into AI rendering and 3D visualization, maintaining optimal core temperatures becomes essential for sustained performance. This cooler combines a compact pump head with ceramic bearing technology to deliver efficient heat dissipation while keeping noise levels in check. Engineered for compatibility across major platforms—including Intel LGA 1700, AMD AM3/AM4/AM5, and more—it offers a flexible cooling option for custom PC builders. As an experienced manufacturer, Icicleflow provides this GPU PC Liquid Cooler with full customization support, allowing partners to tailor appearance, mounting configurations, and packaging to meet specific project requirements.

Model Options: GPU-240 / GPU-360 (radiator size variants)
Compatible Sockets: Intel all platforms, including LGA 1700; AMD all platforms, including AM3, AM4, AM5
Pump Head Dimensions: 64 x 64 x 27 mm
Pump Bearing: Ceramic bearing for enhanced wear resistance
Rated Voltage: 12V DC
Rated Current: 0.4A ±10% MAX
Pump Speed: 3200 ±10% RPM
Flow Rate: 1.5 L/min
Noise Level: <35 dBA
Radiator Options: 240mm or 360mm aluminum radiator
Mounting Hole Dimensions: Customizable based on client requirements
High-Flow Circulation: The pump delivers a 1.5 L/min flow rate at 3200 RPM, ensuring consistent coolant movement to carry heat away from the GPU core.
Ceramic Bearing Durability: Ceramic bearings provide superior wear resistance compared to traditional materials, extending pump life and maintaining stable operation over time.
Low Acoustic Footprint: With noise levels below 35 dBA, the cooler operates quietly even under load, making it suitable for studio environments and noise-sensitive setups.
Efficient Heat Transfer: The compact pump head design allows for direct contact with the GPU die, minimizing thermal resistance and helping to prevent performance throttling.
Flexible Configuration: Available in 240mm and 360mm radiator sizes, enabling builders to match cooling capacity to chassis space and thermal requirements.
Verify Compatibility: Before installation, confirm that the GPU model is compatible with the included mounting hardware. For custom PCBs, consult the mounting hole dimensions to ensure proper fit.
Prepare the Surface: Clean the GPU die and surrounding components thoroughly before applying thermal interface material to ensure optimal heat transfer.
Secure Even Pressure: When fastening the pump head, tighten mounting screws in a cross pattern gradually to distribute pressure evenly across the GPU die.
Check Tube Routing: Plan the tubing path to avoid sharp bends that could restrict coolant flow. Maintain adequate clearance from fan blades and other moving components.
Test Before Final Assembly: After mounting the cooler but before closing the chassis, run a brief system test to check for any leaks and confirm pump operation.
Use the Right Radiator Position: For maximum cooling efficiency, mount the radiator in a location with unobstructed airflow—top or front panel positions are typically ideal.
High-End Gaming PCs: Ideal for systems running graphics-intensive titles at 1440p or 4K resolutions, where GPUs generate sustained thermal loads.
Content Creation Workstations: Supports 3D rendering, video editing, and animation work that demands consistent GPU performance over extended sessions.
AI and Machine Learning Rigs: Suitable for workstations used in model training and inference, where stable GPU thermals are critical for reliable results.
Compact Custom Builds: The compact pump head design allows for integration into smaller form-factor cases where traditional air coolers may not fit.
Multi-GPU Setups: Provides a cleaner thermal solution for systems with two or more graphics cards, reducing heat saturation between adjacent cards.
OEM and System Integrator Projects: With Icicleflow’s customization capabilities, this cooler can be tailored for pre-built systems, branded gaming desktops, and specialized industrial workstations.