Product Parameters:
Model: AS160-T
Material: Aluminum
Interface Type: G1/4 thread
Size: 200mm *82mm *47mm
Waterways: 8
Pressure Test: 0.2Mpa
Color: Black
Inlet and Outlet Size: 11.8mm*18mm (inner diameter * outer diameter)
Surface Treatment: Baking paint
Production Process: High temperature integrated solder
Fan Diameter: 80mm (2 PCS)
Weight: About 0.44KG (including packaging)
Application: ITX case, Mini engine cooling, Notebook water cooling, 3D printer water cooling
AS160-T 160mm Aluminum Water Cooling Radiator - High-Performance Heat Exchanger for ITX, 3D Printers & Mini Engines
Premium Thermal Management for Compact Builds
The AS160-T is a high-efficiency aluminum radiator precision-engineered for space-constrained cooling applications. Whether you are building a custom-loop ITX gaming PC, cooling a high-precision 3D printer, or managing heat for industrial mini-engines, this radiator delivers professional-grade thermal dissipation in a compact form factor.
Key Features
- Optimized Heat Dissipation: Equipped with 8 high-flow waterways and a 20 FPI (Fins Per Inch) high-density fin design, ensuring maximum surface area for rapid heat transfer.
- Superior Material & Craftsmanship: Constructed from premium pure aluminum using a high-temperature integrated soldering process. The surface is finished with a durable, sand-blasted baking paint for a sleek texture and long-lasting anti-corrosion protection.
- Universal Compatibility: Features standard G1/4 thread interfaces, making it compatible with a wide range of water cooling fittings and DIY setups.
- Versatile Application: The ideal cooling solution for:
- Small Form Factor (ITX) PC cases.High-performance notebooks and workstations.3D printer nozzle and motor cooling.Medical equipment and mini-engine experiments.
- Dual Fan Support: Designed specifically to mount two 80mm fans, providing a perfect balance between airflow and compact size.
Installation Note
⚠️ Critical Warning: Before installing your fans, please verify the screw length carefully. Using screws that are too long can puncture the internal water channels, causing permanent damage and leaks. Ensure the screws only secure the fan frame without penetrating the radiator core.
