Advanced Design: The cooler incorporates advanced Japanese process technology. This design approach enhances overall performance.
Optimized Oil Flow: A spiral guide plate directs oil into a uniform helical flow. This unique flow pattern maximizes contact with cooling surfaces.
Efficient Heat Exchange: Fin-type heat exchange tubes facilitate high heat transfer rates. The fins increase the surface area for rapid cooling.
Reliable Sealing: Advanced sealing technology ensures leak-free operation. This prevents fluid loss and maintains system integrity.
Enhanced Cooling Performance: The combination of these features significantly improves the cooler's efficiency. It delivers superior cooling results for hydraulic systems.
Here are the application scenarios for the Blince DT Series Hydraulic Oil Cooler Tube Heat Exchanger:
Application：
Air and Gas Systems
Air Compressor Cooling: It cools air after compression. This supports efficient operation.
Gas Turbine Inlet Cooling: The exchanger cools intake air for gas turbines. This boosts power output.
Refrigeration and HVAC
Condensing and Evaporating: It functions as a condenser or evaporator within systems. This facilitates heat transfer.
Data Center Liquid Cooling: The cooler supports liquid cooling in data centers. This manages server temperatures effectively.
Industrial Hydraulics
Hydraulic Oil Cooling: It cools hydraulic oil in various machines. This prevents overheating and maintains performance. Applications include injection molding and die-casting equipment.
Compact Equipment
Mobile Machinery: The exchanger fits into construction machinery and marine systems. It operates well in tight spaces and handles vibration.
