Vesiblokki Aqua-Computer cuplex kryos NEXT LGA 1700 asetaali/nikkeli – CPU-jäähdytys Intel LGA 1700:lle

Aqua-Computer cuplex kryos NEXT LGA 1700 Acetal/Nickel is a CPU water block engineered for Intel LGA 1700 sockets. The block combines an acetal top with a nickel-plated copper cold plate to provide direct liquid cooling for modern processors. Designed for integration into custom water-cooling loops, it offers full-contact cooling across the CPU heatspreader and is suitable for systems that require efficient heat transfer and long-term corrosion protection.

Advantages

The nickel-plated copper cold plate delivers high thermal conductivity while the nickel finish reduces the risk of corrosion when used with appropriate coolant additives. The acetal top provides a durable, machinable housing that resists thermal stress and mechanical wear. Full-contact cold plate design ensures uniform heat transfer from the processor heatspreader to the coolant. The block is compatible with standard fittings used in custom loops and supports reliable performance in continuous operation and overclocking environments.

Suitable for

• Custom liquid-cooled desktop PCs using Intel LGA 1700 CPUs
• High-performance workstations and gaming rigs requiring effective CPU cooling
• Overclocking setups where sustained thermal management is needed
• Systems that use nickel-compatible coolant and corrosion inhibitors

Key specifications

• Socket compatibility: Intel LGA 1700
• Top material: acetal
• Cold plate material: nickel-plated copper
• Cooling type: direct liquid cooling for CPU
• Contact design: full-contact cold plate for heatspreader
• Fittings: compatible with standard custom loop fittings (G1/4" thread common)

How to use

Mount the water block onto an Intel LGA 1700 CPU following the motherboard and block manufacturer torque and mounting instructions. Prepare the cold plate and CPU contact surfaces by cleaning and applying a thin, even layer of thermal interface material specified for water-cooled installations. Install the block into your custom loop, ensuring proper orientation of inlet and outlet fittings and secure connection to tubing. Fill, purge air from, and leak-test the loop before powering the system. Monitor temperatures during initial operation and retighten fittings if necessary after the first thermal cycles.

Recommendations

Use coolant formulations and corrosion inhibitors that are compatible with nickel-plated components and acetal materials. Regularly inspect the loop for deposits and perform scheduled coolant changes according to coolant manufacturer guidelines. When assembling, follow recommended torque values to avoid damaging the cold plate or socket hardware.