Six Fan Adjustable Notebook Radiator with USB Power, 426mm x 280mm x 37mm Cooling Platform for Laptops, Ultrabooks, and Playbooks in Black and Red
Ice Magic 6 Notebook Radiator: A Six-Fan USB Cooling Pad for Laptops and Ultrabooks

Maintaining a cool temperature is important for the sustained performance of portable computers. The Ice Magic 6 notebook radiator is designed to address heat build-up in laptops, ultrabooks, and playbooks through an active cooling system. Its core functionality is driven by six integrated fans, which work to draw heat away from the device's underside. Power is supplied simply via a USB connection, making this cooling pad a highly portable accessory that doesn't require a separate power adapter. With a substantial cooling surface measuring 426mm by 280mm, it provides a stable base for a variety of notebook sizes.
Features and Construction

The Ice Magic 6 cooler is built around practical specifications for effective heat management. Its design prioritises direct cooling power and user control within a compact and portable form factor.
Material and Build
The cooling platform is constructed from plastic, resulting in a product weight of 0.84 kg. This material choice contributes to a lightweight yet stable base for your laptop. The build incorporates the six cooling fans and the chosen control interface, which is supplied in one of two styles. Both the 'A' style (speed control colour plate) and the 'B' style (touch magic colour version) present a consistent black and red colour theme across the unit.
Size and Practical Fit
The product's dimensions are 426mm in width, 280mm in depth, and 37mm in height. This size offers a broad surface area to accommodate most laptops and ultrabooks securely. The 0.6-metre USB cable provides a practical length for connection, allowing for some flexibility in positioning the cooler relative to your laptop's ports. The 37mm profile indicates a slim design that should not significantly raise the laptop's typing angle.
Uses and Placement

This radiator is intended for scenarios where additional cooling can help maintain device performance and comfort. It serves a clear function for both intensive and everyday computing tasks.
Event or Professional Use
During extended gaming sessions, rendering tasks, or software compilation that pushes a laptop's CPU and GPU, internal fans may struggle to dissipate heat efficiently. Placing the laptop on this six-fan radiator provides supplemental airflow to the device's critical cooling intakes, which can help sustain higher performance levels for longer periods. Its USB power means it can be used anywhere a laptop can function.
Everyday Home Use
For general home or office use, the cooler can serve as a stable, elevated stand for your laptop, potentially improving ergonomics. The active cooling function remains beneficial for standard applications, video streaming, or multitasking, particularly for thinner ultrabooks that have limited internal cooling capacity. It offers a straightforward solution to prevent the warm underside of a laptop from heating up a desk or your lap.
Benefits and Buying Value

The value of this product lies in its specific cooling capabilities and practical design choices that cater to portable computer users.
Reuse and Low Maintenance
As a standalone accessory, the radiator is designed for repeated use with any compatible laptop. Its plastic construction is resilient for regular handling and transport. Maintenance primarily involves keeping the fan intakes free from dust to ensure unobstructed airflow. With no complex software or drivers required, it offers a plug-and-use solution each time it's needed.
Why Choose This Product
This radiator is distinguished by its six-fan configuration, which provides adjustable cooling intensity specifically for notebooks, ultrabooks, and playbooks. The inclusion of two control style options (A and B) allows a choice in user interface, while the consistent black and red colour scheme offers a coordinated look. Its value is in delivering a targeted, measurable cooling function (via six fans and a 426mm x 280mm platform) based on the straightforward metric of increased airflow to a hot device.
