Dissipatore CPU a liquido Watercool Heatkiller IV Basic Intel acrilico – trasparente

Watercool Heatkiller IV Basic Intel Acryl is a transparent acrylic CPU waterblock designed for Intel sockets. It provides direct liquid cooling for the processor with a visible acrylic top and a precision-machined copper base that facilitates thermal transfer. The waterblock is intended for custom water-cooling loops in desktop PCs where efficient heat dissipation and component visibility are priorities.

Advantages

The clear acrylic top allows visual inspection of coolant flow and coolant color without disassembly, while the precision-machined contact surface ensures even heat transfer from the CPU heat spreader to the cooling liquid. The construction combines aesthetic transparency with functional performance, enabling integration in systems that emphasize both cooling efficiency and component presentation.

Suitable for

• Custom water-cooling loops for Intel-based desktop PCs
• Systems where visible coolant routing and component appearance are desired
• Overclocked CPUs requiring enhanced heat dissipation compared to air cooling
• Maintenance setups that benefit from easy visual leak and flow checks

Key specifications

• Top material: transparent acrylic for visual monitoring
• Cold plate material: precision-machined metal for efficient heat transfer
• Socket compatibility: Intel desktop CPU sockets (mounting hardware specific to Intel platforms)
• Interface: direct liquid contact to the cold plate for conductive cooling
• Connections: standard G1/4-thread ports for radiator and tubing compatibility
• Form factor: low-profile waterblock designed for installation on standard ATX-compatible motherboards

How to use

Mount the waterblock onto the CPU following the motherboard and cooling system manufacturer instructions, using the supplied Intel-compatible mounting hardware and appropriate thermal interface material. Connect the inlet and outlet ports to the loop tubing using fittings compatible with G1/4 threads, ensure secure connections, and fill the loop with coolant. Perform leak testing before powering the system and allow the pump to run to establish steady flow and coolant distribution across the cold plate.

Recommendations

Use a high-quality, system-compatible coolant and corrosion inhibitor to protect the metal surfaces and maintain clarity of the transparent top. Regularly inspect fittings and tubing for signs of wear or leaks, and flush the loop and replace coolant according to coolant manufacturer guidance or when visual clarity decreases.