EDIY Pure Copper Radiator 360mm Review: Who It Fits and Who Should Skip It

What stands out

• Full T2 copper construction for fins, water chamber, and guard plate
• 18.5 fins per inch density with 0.11mm thick copper sheets
• Six 7mm channels with over 6mm inner diameter for flow
• G1/4 threaded ports for straightforward tubing connection

Who it fits

Key Specs Explained

Material: T2 copper

The fins, water chamber, and guard plate are all made from T2 copper. This material offers high thermal conductivity, allowing the radiator to absorb heat from the coolant and dissipate it into the air more efficiently than aluminum. You get better heat transfer performance, which is critical for maintaining low CPU temperatures in custom loops.

Fin density: 18.5 strips per inch

This density indicates how many thin metal sheets are packed into each inch of the radiator. Higher density provides more surface area for air to contact, improving cooling efficiency. However, it also creates more resistance to airflow. You need fans that can push air through these tight spaces effectively to realize the cooling benefits.

Fin thickness: 0.11mm

The individual fins are very thin, measuring only 0.11mm. Thin fins increase the total surface area available for heat exchange within the same physical volume. This allows the radiator to shed heat faster. You benefit from enhanced thermal performance without needing a larger or thicker radiator unit, provided your fans can overcome the airflow resistance.

Channel specification: 7mm*0.28mm*6pcs

The internal tubing has a 7mm inner diameter and 0.28mm wall thickness, with six tubes per layer. The larger inner diameter increases the passage for liquid flow, reducing resistance. This design also helps prevent clogging from impurities in the coolant. You get smoother fluid movement and potentially better heat transfer due to increased flow volume.

Build Quality and Layout Details

The EDIY Pure Copper 360mm Radiator uses a full copper design. According to the listing, the fins, water chamber, and guard plate are all made from T2 copper. This material choice prioritizes thermal conductivity. You get a dense fin structure with 18.5 strips per inch. The fin thickness is 0.11mm. This tight spacing increases surface area for heat exchange. The double round tubes feature six tubes per layer. The channel specification is 7mm by 0.28mm. The inner diameter of the copper pipe is more than 6mm. This wider passage allows better water flow and helps reduce impurities in the liquid.

The radiator measures 360mm in length. The physical dimensions are 4.72 inches by 4.72 inches by 0.98 inches. This thickness fits standard 12cm fans, specifically those measuring 12cm by 12cm by 2.5cm. The unit includes G1/4*2 ports for tubing connections. It undergoes a pressure test of 1bar. This rating ensures the unit can handle standard system pressures without leaking. The package includes the copper radiator and one set of mounting screws. You do not need to buy separate hardware for basic installation.

This layout suits builders who want maximum heat dissipation potential. The heavy copper construction adds weight but improves thermal performance. You should ensure your case has enough depth for the 0.98-inch thickness. The design is straightforward with no extra controls or displays. It relies entirely on the material quality and fin density for performance.

Setup And Everyday Use

Installing this radiator requires careful planning. The unit measures 4.72 inches in height and length, with a thickness of 0.98 inches. You need to ensure your case has enough clearance for this 360mm block. The listing includes mounting screws, so you do not need to source them separately. The radiator uses G1/4 threaded ports. You will need compatible fittings and tubing to connect it to your loop. The design supports 12cm fans. You must secure these fans to the frame. The fin density is 18.5 strips per inch. This tight spacing affects airflow. You should use high-static pressure fans to push air through the dense copper fins effectively. The water channels are 7mm wide. This size allows for good fluid flow. It also helps prevent blockages from impurities in the coolant. Daily use involves monitoring temperatures. The full copper construction, including the water chamber and guard plate, handles heat dissipation efficiently. T2 copper transfers heat well. You will notice stable performance as long as the fans spin correctly. The double round tubes provide structural integrity. There are six tubes per layer. This layout ensures even coolant distribution. You do not need special software for this component. It is a passive hardware piece. Your system’s performance depends on proper installation and compatible fan selection. The packing list is simple. You get the radiator and screws. Everything else comes from your existing parts. This setup is straightforward for experienced builders. Beginners should verify case compatibility first.

Before You Buy This Radiator

You need compatible fittings and tubing for this unit. It uses G1/4 inch threads for connections. Ensure your hard or soft tubing matches this standard. You must also verify fan compatibility. The listing specifies support for 12cm fans with a 2.5cm thickness. Your case must accommodate the 360mm width and nearly one inch of depth. Check your motherboard headers or pump controller to manage flow. This radiator is a standalone component for custom loops. It does not include a pump or reservoir. You will need to source those separately. This setup suits builders who prefer copper’s thermal properties over aluminum. It fits best in cases with ample space for large radiators. If you prefer plug-and-play solutions, an AIO might be better. For custom builds, this copper block offers dense fin density for efficient heat transfer. Keep the system clean to prevent clogs in the narrow channels.

Check before you buy

• Confirm your case fits the 360mm width and 1-inch depth.
• Ensure you have G1/4 inch fittings for connections.
• Verify your fans are 12cm and 2.5cm thick.
• Check if you need a separate pump and reservoir.

The product at a glance

1

EDIY Pure Copper 360mm Radiator

Best for: custom loop builders seeking pure copper construction

Radiator Size

360mm

Material

Copper

Thread Size

G1/4

Dimensions

4.72 × 0.98 × 4.72 inches

View on Amazon: EDIY Pure Copper 360mm Radiator Affiliate link

This EDIY 360mm radiator uses T2 copper for the fins, water chamber, and guard plate. It features a 30mm thickness with 18.5 fins per inch. The internal channels are 7mm wide to improve fluid flow. It includes G1/4 threaded ports for easy tubing connection. You get a solid copper heatsink designed for efficient heat dissipation in custom loops.

Pros

• Constructed from T2 copper for the fins and water chamber
• High fin density of 18.5 strips per inch
• Wide 7mm internal channels for better coolant flow
• Includes G1/4 threaded ports for standard fittings

Cons

• Only includes mounting screws, not fans or tubing
• No included temperature sensor or monitoring display
• Standard 30mm thickness may not fit all small cases

Good fit if

• You want a pure copper core for maximum thermal conductivity
• You are building a custom loop with G1/4 fittings
• You need a 360mm radiator with high fin density

Skip if

• You need a pre-assembled unit with fans included
• You require digital monitoring or smart control features
• Your case cannot accommodate a 30mm thick radiator

Verdict: EDIY Pure Copper 360mm Radiator is a solid choice for builders prioritizing copper construction and wide internal channels. It fits those who value material quality over included accessories.

Specifications side by side

Frequently asked questions

See also

• ediy pure copper radiator 360mm alternatives
• best aio liquid coolers under 100
• rackchoice 4u rackmount 360mm radiator review
• zde 10pcs pure copper heatsinks CPU cooler review