Engine and Generator Cooling Radiators

Engine and generator cooling radiators are high-performance heat transfer equipment designed to remove heat generated in diesel engines, gas engines, and generator systems in a controlled manner.

In turbocharged systems, Charge Air Cooler (CAC), intercooler, and aftercooler solutions are used to reduce the temperature of compressed air, improving combustion efficiency.

As a result, engine power increases, fuel consumption decreases, emission values are improved, and system service life is extended.

Technical Specifications

  • These systems provide high heat transfer efficiency through high surface area finned tube structures, optimized airflow, and low pressure drop.
  • Intercooler systems provide first-stage cooling at the turbo outlet, while aftercooler systems perform second-stage cooling closer to the engine intake, reducing air temperature to optimal levels.
  • Special fin geometries that increase turbulence enable high performance within a compact design.
  • Project-specific solutions are offered with different tube arrangements and fin spacing tailored to various engine types.

Design & Material

  • Radiators are custom-designed based on operating conditions, engine characteristics, temperature, and pressure values.
  • In particular, high corrosion-resistant materials such as CuNi 90/10, CuNi 70/30, Al-Brass, and copper alloys are used in marine and heavy-duty applications.
  • Finned tube technology, special surface geometries, and optimized flow design are used to achieve maximum heat transfer performance.
  • Compact or block-type design options simplify system integration while ensuring long service life.

Application Areas

Documents

Quotation Form