Product Parameters:
Model: PS360
Material: Red copper
Interface Type: G1/4 thread
Size: 395 mm * 125 mm * 30 mm
Waterways: 12
Density: 0.2 Mpa
Color: Black
Interface size: 11.8mm*18mm (inner diameter * outer diameter)
Weight: About 0.90KG(including packaging)
Surface Treatment: Paint baking process
Fan Diameter: 120mm
core selling point
1. T2 Oxygen-Free Copper Core for Fast Heat Transfer
At nearly twice the thermal conductivity of aluminum, the 99.9% T2 oxygen-free copper core moves heat away from the coolant path far faster. This matters in high-TDP loops where laser sources, medical imaging systems, and high-density servers must hold tight temperature windows without throttling.
2. High-Count Tubes with Dense Fin Core
High-count flat copper tubes paired with densely corrugated fins create a high-FPI core that spreads coolant across the widest contact surface. The alignment stays uniform along the full core length, so airflow and heat rejection remain even across every fan station instead of concentrating near the inlet.
3. Dual G1/4 Ports for Flexible Routing
Dual G1/4 threaded ports on the reinforced end tank accept standard fittings, quick couplings, and inline sensors. Both inlet and outlet sit on one end, so tubing runs stay clean in tight chassis and rack bays, cutting assembly time and reducing the number of joints that could develop leaks.
4. Matte Black Coating for Corrosion Protection
A matte black protective coating shields the copper core from oxidation and handling marks while meeting the uniform finish buyers expect. The coating holds up in humid plants, medical facilities, and outdoor energy storage cabinets, keeping the radiator clean and consistent across repeat orders.
5. 100% Pressure-Tested Brazed Assembly
Every radiator is 100% air-pressure leak tested and vacuum brazed as one solid copper assembly, so tube-to-fin bonds will not loosen under vibration or thermal cycling. OEMs and integrators receive consistent fin pitch and port geometry unit after unit, keeping production builds predictable.
6. Built for High-TDP Industrial Systems
This copper radiator serves laser cutting equipment, beauty instrument cooling, new energy vehicle charging stations, semiconductor systems, and AI computing clusters. Where aluminum reaches its limit, the copper core holds stable coolant temperatures and protects pumps and downstream components.
