What is an air cooler for oil cooling?

An air cooler for oil cooling is a heat exchanger that removes heat from oil by transferring it to ambient air. A fan is commonly used to provide airflow across the finned heat-transfer surface.

When should an air-cooled oil cooler be used instead of a water-cooled oil cooler?

Air cooling can be considered when cooling water is unavailable, difficult to supply, undesirable for the equipment, or when an independent air-based heat-rejection system is preferred. For mobile mining and large engineering equipment, the difficulty of connecting and continuously supplying cooling water can be an important reason for considering oil-to-air cooling.

Can an air cooler be used for turbine lube oil?

Yes. An air-cooled oil cooler can be designed for turbine lubrication oil when the required heat duty, oil temperature, pressure drop, ambient conditions and installation requirements are suitable.

Can an air cooler be used for generator seal oil?

Yes. Air-cooled heat exchangers can be considered for generator seal oil cooling when the thermal duty and system requirements are suitable. The actual oil flow, inlet temperature, required outlet temperature and allowable pressure drop should be provided for design evaluation.

Can an air cooler be used for diesel generator engine oil?

Yes. An air-cooled oil cooler can be used for diesel engine oil cooling when the required cooling capacity and operating conditions are within the design range.

Can an air cooler cool compressor lubrication oil?

Yes. Compressor lubrication oil cooling is a common industrial application. The cooler should be selected according to the compressor oil flow, operating temperature, pressure and required heat removal.

Can an air cooler be used for pump lubrication oil?

Yes. Air-cooled oil coolers can be designed for lubrication systems serving pumps and other rotating equipment. The cooler should be matched to the oil circulation rate, thermal duty and allowable pressure drop.

Can an air cooler cool thermal oil?

Yes. Thermal oil can be cooled by an air-cooled heat exchanger when the required heat duty, fluid properties, operating temperature and ambient conditions are suitable.

Can an air-cooled oil cooler be used for mining equipment?

Yes. Air-cooled oil coolers can be used for many mining and large engineering equipment applications, including hydraulic oil, gear oil and lubrication oil cooling. For mining environments, dust, vibration, ambient temperature, airflow and cleaning requirements should be considered during the design stage.

How do you select the right air cooler for oil cooling?

The initial design normally requires information such as oil type, oil flow rate, oil inlet temperature, required oil outlet temperature, maximum ambient temperature, operating pressure, allowable pressure drop, available installation space, fan power supply and environmental conditions.

Can you provide a customized air cooler for oil cooling?

Yes. Project-specific air coolers can be designed according to the customer's oil properties, flow rate, operating temperatures, ambient conditions, pressure-drop requirements, installation dimensions and equipment configuration.

Massive Selection for Helix Finned Tube - Laser Welding Finned Tube For Heat Exchanger – Datang

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Generally customer-oriented, and it's our ultimate goal for being not only the most trusted, trustable and honest provider, but also the partner for our customers for Fine Beam Tube , Aluminum Tube Fin Heat Exchanger , G Finned Tubes , We have now designed a reputable track record among many shoppers. Quality&customer initially are normally our constant pursuit. We spare no attempts to produce greater solutions. Stay up for long-term cooperation and mutual positive aspects!

Massive Selection for Helix Finned Tube - Laser Welding Finned Tube For Heat Exchanger – Datang Detail:

● Tube outside diameter 8.0–50.0 mm

● Fin outside diameter 17.0 –80.0 mm

● Fin pitch 5 –13 fin/inch

● Fin height 5.0 –17 mm

● Fin thickness 0.4 – 1.0 mm

● Maximum tube lengths 12.0 m

The cold and hot fluid walls are cross-flow heat exchange, and the tube is filled with refrigerant and air outside. The main body of the tube is phase change heat transfer. The tube is generally arranged in a serpentine shape with multiple tubes, and the fins are divided into single, double or multi-row structures.

This kind of heat exchanger is widely used in industrial fields such as petrochemical industry, aviation, vehicles, power machinery, food, deep and low temperature, atomic energy and aerospace. For example, superheaters, economizers, air preheaters, condensers, deaerators, feedwater heaters, cooling towers, etc. in boiler thermal systems; hot blast stoves, air or gas preheaters in metal smelting systems, Waste heat boilers, etc.; evaporators, condensers, regenerators in refrigeration and low-temperature systems; heating and cooling equipment widely used in the petrochemical industry, sugar liquid evaporators and pulp evaporators in the sugar industry and paper industry, These are numerous examples of heat exchanger applications.

Due to the limited reserves of coal, oil, and natural gas resources in the world, and energy shortages, all countries are committed to the development of new energy sources, and actively carry out preheating recovery and energy saving work, so the application of heat exchangers and energy development It is closely related to saving. In this work, the heat exchanger also plays an important role, and its performance directly affects the efficiency of energy utilization. As an effective device for energy utilization and energy conservation, heat exchangers also play an important role in waste heat utilization, nuclear energy utilization, solar energy utilization, and geothermal energy utilization.

Laser Welded Finned Tube (1)
Laser Welded Finned Tube (2)

1. 99%-100% fully welded, with high thermal conductivity

2. Extremely strong anti-corrosion ability

3. Enhanced structure due to the welding process

4. Flexible as straight tube or bent or coiled heat exchangers

5. Low heat resistance between fins and tube

6. Strong resistance to shock and thermal expansion and contraction

7. Cost and energy saving due to long service life and high exchange rate

The fin tubes are mainly used in heating (gas-fired boilers, condensing boilers, flue gas condensers), in mechanical and automotive engineering (oil coolers, mine coolers, air coolers for diesel engines), in chemical engineering (gas coolers and heater, process cooler), in power plants (air cooler, cooling tower), and in nuclear engineering (uranium enrichment plants).

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We have probably the most state-of-the-art output equipment, experienced and qualified engineers and workers, recognized good quality manage systems plus a friendly skilled income workforce pre/after-sales support for Massive Selection for Helix Finned Tube - Laser Welding Finned Tube For Heat Exchanger – Datang , The product will supply to all over the world, such as: Iran, Auckland, Czech republic, Aiming to grow to be by far the most experienced supplier within this sector in Uganda, we keep researching on the creating procedure and raising the high quality of our principal merchandise. Till now, the merchandise list has been updated on a regular basis and attracted customers from around the globe. In depth data can be obtained in our web page and you'll be served with good quality consultant service by our after-sale team. They're about to make it possible for you to get complete acknowledge about our things and make a satisfied negotiation. Small business check out to our factory in Uganda can also be welcome at any time. Hope to obtain your inquiries to get a happy co-operation.

Bending Finned Tube