Phanteks debuts the 2025 EZ-Fit lineup — featuring brand-new cooling solutions

Phanteks has announced the latest additions to its EZ-Fit lineup: the Glacier NV5/NV7 Distro Plates, the Glacier EZ-Fit 120RES-DDC (Reservoir Body Only), and the Glacier EZ-Fit 420RAD-30 radiator. Let’s check out each of them.

Glacier EZ-Fit NV5/NV7 Distro Plates

First on the list, the Glacier EZ-Fit NV5/NV7 Distro Plates are tailored specifically for the Phanteks NV5 and NV7 PC cases, bringing together performance, precision, and aesthetics for advanced water-cooling setups. The plates support a powerful DDC pump capable of cooling both CPU and GPU through dual radiators, with adjustable ports for perfect loop alignment. To simplify setup, they come with pre-installed 16mm push-in fittings compatible with both hard and soft tubing.

Built from high-grade acrylic, they ensure long-lasting durability while offering crystal-clear coolant visibility. Plus, addressable LEDs provide customizable lighting effects to complement any build.

Glacier EZ-Fit 120RES-DDC (Reservoir Body Only)

Next up, the Glacier EZ-Fit 120RES-DDC is a compact reservoir body designed for seamless DDC pump integration (pump not included). With a 120x120mm footprint, it can be mounted directly onto any 120mm or 140mm fan, offering high flexibility in layout and orientation.

It also features multiple G1/4″ port options for easy loop customization, a top-positioned fill port for hassle-free maintenance, and integrated D-RGB lighting with a diffused aluminum accent cover.

Glacier EZ-Fit 420RAD-30 Radiator

Last but not least, the Glacier EZ-Fit 420RAD-30 radiator is a slim 30mm-thick solution coming in both 360mm and 420mm sizes, making it ideal for modern cases with limited space. Built with an all-copper core, H90 copper tubing, and a 19 FPI fin density, it delivers efficient cooling performance.

Furthermore, it is equipped with pre-installed EZ-Fit fittings for easy setup, a durable steel outer frame for added rigidity, and support for both 25mm and 30mm fans via standard M4 threads.