Thermaltake Pacific CL360 Plus RGB Radiator

The Thermaltake Pacific CL360 Plus RGB Radiator is engineered for enthusiasts who demand elite cooling performance without compromising on style. This high-performance 360mm radiator features a copper flat-tube core paired with a high-density copper fin design, delivering exceptional heat dissipation for demanding liquid cooling builds. Coupled with a brass tank for enhanced durability and structural integrity, the CL360 Plus RGB Radiator stands out in both reliability and longevity. An integrated software-controlled LED strip provides a vibrant light show with 16.8 million colors, allowing you to customize the aesthetic of your loop to match your rig, mood, or gaming theme. Whether you’re overclocking a CPU, cooling a multi-GPU setup, or building a showpiece sleeved-loop, this radiator brings together serious performance and striking visuals.

• Copper flat-tube core with high-density copper fins: The flat-tube design creates a broad contact surface that optimizes heat transfer from coolant to fins, enabling rapid and consistent thermal performance even under demanding workloads. The high-density copper fin stack increases surface area, improving overall efficiency and helping to keep your components cooler during long sessions of heavy computing, gaming marathons, or benchmark runs.
• Brass tank for durability and reliability: The brass tank delivers robust mechanical strength and resistance to long-term wear. Paired with the copper core, it provides a reliable, leak-resistant structure capable of withstanding the pressures of a high-performance water-cooling loop. This combination is chosen for its proven longevity in demanding cooling environments.
• Software-controlled RGB lighting with 16.8 million colors: The built-in RGB LED strip adds vivid, customizable illumination to your rig. With software control, you can cycle through a broad spectrum of colors, set lighting effects, and coordinate lighting with other Thermaltake Pacific components for a synchronized, immersive look that enhances your build’s personality.
• Premium build quality and precision engineering: From the machining of the copper core to the tight tolerances in the brass tank, the CL360 Plus RGB Radiator is designed for long-lasting performance. The meticulous manufacturing process helps ensure consistent flow paths, reliable brazing, and rugged operation under continuous use in a high-performance PC loop.
• Designed for high-performance liquid cooling setups: This 360mm radiator is purpose-built for enthusiasts seeking strong thermal headroom in multi-component loops. Its copper-based design and efficient fin geometry are optimized to deliver substantial cooling capacity in a compact footprint, making it suitable for premium single-loop or multi-block configurations where thermal management is critical.

Technical Details of Thermaltake Pacific CL360 Plus RGB Radiator

Technical specifications are not included in the provided product data here. For the most accurate and up-to-date details—including dimensions, connector compatibility, fan mounting spacing, and pressure ratings—please consult the official Thermaltake product page or the supplier’s specification resources.

How to install Thermaltake Pacific CL360 Plus RGB Radiator

• Plan your loop and determine radiator placement in your PC case where a 360mm radiator fits. Ensure there is enough clearance for fans, tubing, and reservoir routing, and that there is unobstructed airflow through the radiator area.
• Mount the radiator in the chosen location using appropriate mounting hardware compatible with your case and the radiator’s mounting holes. Secure the radiator firmly to prevent vibration and ensure a tight, leak-free setup when pressure is applied by the loop.
• Attach fans (if not preinstalled) to the radiator using standard fan mounting screws, ensuring fans are oriented to pull cool air through the radiator or push air through, depending on your airflow strategy. Verify that power cables can reach your PWM controller or motherboard fan headers.
• Connect the tubing from the radiator to your water block, pump, and reservoir according to your loop design. Use proper compression fittings or barbs with clamps, and ensure there are no kinks or sharp bends that could impede flow.
• Fill the loop, bleed any air from the system, and perform a leak test before powering on your components. Once saturated, power the system and test the RGB lighting via the Thermaltake software to confirm color synchronization with other components if desired.

Frequently asked questions

• Q: What makes the Thermaltake Pacific CL360 Plus RGB Radiator unique?

  A: It combines a copper flat-tube core with a high-density copper fin design and a brass tank, delivering strong thermal performance and durability, all wrapped in an RGB-enabled shell for customizable lighting. This blend of material quality and visual appeal distinguishes it from many standard radiators.

• Q: Is the RGB lighting controllable via software?

  A: Yes. The radiator includes a software-controlled RGB LED strip with access to a broad color spectrum—up to 16.8 million colors—allowing you to tailor the lighting to your build and synchronize with compatible Thermaltake components.

• Q: What cooling advantages does copper offer?

  A: Copper has excellent thermal conductivity and is tradition-backed in high-performance radiators. The copper flat-tube core and fins maximize heat transfer from coolant to the fins, resulting in higher cooling capacity and the ability to sustain performance under heavy loads.

• Q: What kind of case support does this radiator require?

  A: The CL360 Plus is designed for cases that accommodate a 360mm radiator. When planning your build, ensure there is adequate clearance for the radiator, fans, tubing, and reservoir, as well as space for proper airflow and cable management.

• Q: Is this radiator suitable for multi-branch or multi-block builds?

  A: Yes. Its substantial cooling capacity makes it well-suited for complex loops that include multiple blocks or GPUs. The robust brass tank and copper core contribute to reliable performance across diverse configurations.