Industrial Air coolers
Condensation and/or cooling of process fluids through an air stream
The best in the manufacturing of industrial air coolers
Ofrecemos aeroenfriadores para la condensación o enfriamiento de fluidos de proceso utilizando una corriente de aire, cumpliendo con las normativas:
ASME – Sección VIII, Div 1, Estampe “U”
API 661 – AIR-Cooled Heat Exchangers.
We use finned tubes in G-type, L-type, or extruded aluminum.
The air coolers can be supplied as a package unit with structure, platform, instrumentation, control, and supervision, or they can be supplied separately.
Manufacturing Capacity

Nearly of 40 years of experience

High Quality Standards

Technology

Extensive Production Capacity







We design custom equipment
We design custom air coolers to meet the specific needs of each client. Our team uses specialized software to perform mechanical, thermal, and hydraulic calculations, thus optimizing the performance, energy efficiency, and durability of our cooling systems.
We adhere to the most demanding industry standards and align our processes with international quality and safety standards. This commitment allows us to build trust with our clients and contribute to a more sustainable future.




Energy Efficiency:
We design our equipment to maximize heat transfer, which can result in more efficient energy use. This can reduce operating costs and greenhouse gas emissions.
Customization
We have the capability to design and manufacture custom heat exchangers to meet the specific needs of each customer. This can result in products that are better adapted to the plant's operations and can improve its performance.
Versatility
We design for a wide range of temperatures and pressures, making them suitable for various applications.
Quality
All our heat exchangers are subjected to rigorous testing and quality assurance tests to guarantee their performance and durability. Our commitment to quality is unwavering.
Durability
Thanks to precise material selection and a detailed manufacturing process, our heat exchangers are more durable and require less maintenance. This can reduce long-term costs and minimize plant downtime.
Regulatory Compliance
All our products comply with industry regulations and standards, such as the ASME code. This ensures the safety and efficiency of the heat exchangers.
Technological Innovation
We invest in research, innovation, and development to provide heat exchangers that utilize the latest technologies and materials available, aiming for improved performance and greater energy efficiency.

We design our equipment to maximize heat transfer, which can result in more efficient energy use. This can reduce operating costs and greenhouse gas emissions.
We have the capability to design and manufacture custom heat exchangers to meet the specific needs of each customer. This can result in products that are better adapted to the plant’s operations and can improve its performance.
We design for a wide range of temperatures and pressures, making them suitable for various applications.
All our heat exchangers are subjected to rigorous testing and quality assurance tests to guarantee their performance and durability. Our commitment to quality is unwavering.
Thanks to precise material selection and a detailed manufacturing process, our heat exchangers are more durable and require less maintenance. This can reduce long-term costs and minimize plant downtime.
All our products comply with industry regulations and standards, such as the ASME code. This ensures the safety and efficiency of the heat exchangers.
We invest in research, innovation, and development to provide heat exchangers that utilize the latest technologies and materials available, aiming for improved performance and greater energy efficiency.
Features
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Advanced Manufacturing Processes
We are leaders in the manufacture of air coolers, implementing production processes that guarantee energy efficiency and quality in each system. Our air coolers are designed to optimize resources and minimize environmental impact.
We are committed to excellence in every phase of production, ensuring that each step, from design to delivery, contributes to exceptional performance and reliable operation.
We use advanced welding techniques to ensure the integrity of our heat exchangers. Our trained and qualified welders guarantee joints that withstand the high pressures and temperatures of the operations to which the equipment is subjected.
Our precision machining processes enable us to manufacture components with exact tolerances, ensuring a perfect fit and optimal performance of our heat exchangers.
All our heat exchangers are rigorously tested to ensure their performance and durability. This includes pressure tests to verify the strength of materials and welds and leak tests to confirm the efficiency of the joints.
Success Stories
Explore some of our most notable projects and learn in detail how our solutions have made significant and positive impacts on our clients.

SUPPLY OF 12 AIR COOLERS FOR SERVICE WITH H₂S, H₂, AND H₂O
- Stamping
PWHT according to ASME Section VIII Div. 1, API-661, NACE MR0103, and NACE RP-0472. - Construction Materials:
Tubes: SA 179 fully killed
Fins: Aluminum / Type: Embedded 0.4 mm
Headers: SA-516 GR 70 + H₂S - Service Conditions:
Working Pressure: 40 psig
Maximum Operating Temperature: 300 °F
Number of Tubes: 288
SUPPLY OF 12 AIR COOLERS FOR SERVICE WITH H₂S, H₂, AND H₂O
- Stamping
PWHT according to ASME Section VIII Div. 1, API-661, NACE MR0103, and NACE RP-0472. - Construction Materials:
Tubes: SA 179 fully killed
Fins: Aluminum / Type: Embedded 0.4 mm
Headers: SA-516 GR 70 + H₂S - Service Conditions:
Working Pressure: 40 psig
Maximum Operating Temperature: 300 °F
Number of Tubes: 288

SUPPLY OF TWO TUBE BUNDLES
- Construction Materials:
Tubes: SA 179
Fins: ALUMINUM 1060 H14 Type L 0.4 mm
Header: SA-516 GR 70 Normalized - Tube Bundle Dimensions:
Tube Diameter: 5/8 inches BWG 14 minimum
Tube Bundle Length: 48 feet
Fin Spacing: 11 fins/inch - General Air Cooler Dimensions:
Total Length: 15,490 mm
Total Width: 4,323 mm
Total Weight: 13,470 Kg - Thermal Capacity:
Heat Transfer: 5,200,000 BTU/h
Number of Passes / Rows: 1 pass / 5 rows
Number of Tubes: 560 - Service Conditions:
Working Pressure: 10 psig
Maximum Operating Temperature: 210 °F
Service Type: Process Gas - Installation:
Connection Type: NPS 10 CLASS 150 Flanges ASME B16.5 RF
SUPPLY OF TWO TUBE BUNDLES
- Construction Materials:
Tubes: SA 179
Fins: ALUMINUM 1060 H14 Type L 0.4 mm
Header: SA-516 GR 70 Normalized - Tube Bundle Dimensions:
Tube Diameter: 5/8 inches BWG 14 minimum
Tube Bundle Length: 48 feet
Fin Spacing: 11 fins/inch - General Air Cooler Dimensions:
Total Length: 15,490 mm
Total Width: 4,323 mm
Total Weight: 13,470 Kg - Thermal Capacity:
Heat Transfer: 5,200,000 BTU/h
Number of Passes / Rows: 1 pass / 5 rows
Number of Tubes: 560 - Service Conditions:
Working Pressure: 10 psig
Maximum Operating Temperature: 210 °F
Service Type: Process Gas - Installation:
Connection Type: NPS 10 CLASS 150 Flanges ASME B16.5 RF

SUPPLY OF TWO TUBE BUNDLES AND ONE AIR COOLER BUNDLE
- Construction Materials:
Tubes: SA 179
Fins: ALUMINUM 1060 H14 Type L 0.4 mm
Header: SA-516 GR 70 - Tube Bundle Dimensions:
Tube Diameter: 3/4 inch BWG 14 minimum
Tube Bundle Length: 62 feet
Fin Spacing: 8 fins/inch - General Air Cooler Dimensions:
Total Length: 19,490 mm
Total Width: 2,750 mm
Total Weight: 8,845 kg - Thermal Capacity:
Heat Transfer: 11,117,770 BTU/h
Number of Passes / Rows: 1 pass / 4 rows
Number of Tubes: 262 - Service Conditions:
Working Pressure: 18 psig
Maximum Operating Temperature: 250 °F
Service Type: Process Gas - Installation:
Connection Type: NPS 10 CLASS 150 Flanges ASME B16.5 RF
SUPPLY OF TWO TUBE BUNDLES AND ONE AIR COOLER BUNDLE
- Construction Materials:
Tubes: SA 179
Fins: ALUMINUM 1060 H14 Type L 0.4 mm
Header: SA-516 GR 70 - Tube Bundle Dimensions:
Tube Diameter: 3/4 inch BWG 14 minimum
Tube Bundle Length: 62 feet
Fin Spacing: 8 fins/inch - General Air Cooler Dimensions:
Total Length: 19,490 mm
Total Width: 2,750 mm
Total Weight: 8,845 kg - Thermal Capacity:
Heat Transfer: 11,117,770 BTU/h
Number of Passes / Rows: 1 pass / 4 rows
Number of Tubes: 262 - Service Conditions:
Working Pressure: 18 psig
Maximum Operating Temperature: 250 °F
Service Type: Process Gas - Installation:
Connection Type: NPS 10 CLASS 150 Flanges ASME B16.5 RF

SUPPLY OF TWO BUNDLES FOR AIR COOLER
- Construction Materials:
Tubes: SA 179
Fins: ALUMINUM 1060 H14 Type L 0.39 mm
Header: SA-516 GR 70 - Tube Bundle Dimensions:
Tube Diameter: 1 inch BWG 14 minimum
Tube Bundle Length: 38 feet and 1/4 inch
Fin Spacing: 10 fins/inch - General Air Cooler Dimensions:
Total Length: 11,820 mm
Total Width: 3,590 mm
Total Weight: 11,194 Kg - Thermal Capacity:
Heat Transfer: 17,477,400 BTU/h
Number of Passes / Rows: 6 passes / 6 rows
Number of Tubes: 363 - Service Conditions:
Working Pressure: 52 psig
Maximum Operating Temperature: 200 °F
Service Type: Lean Amine - Installation:
Connection Type: NPS 3 CLASS 150 Flanges ASME B16.5 RF
SUPPLY OF TWO BUNDLES FOR AIR COOLER
- Construction Materials:
Tubes: SA 179
Fins: ALUMINUM 1060 H14 Type L 0.39 mm
Header: SA-516 GR 70 - Tube Bundle Dimensions:
Tube Diameter: 1 inch BWG 14 minimum
Tube Bundle Length: 38 feet and 1/4 inch
Fin Spacing: 10 fins/inch - General Air Cooler Dimensions:
Total Length: 11,820 mm
Total Width: 3,590 mm
Total Weight: 11,194 Kg - Thermal Capacity:
Heat Transfer: 17,477,400 BTU/h
Number of Passes / Rows: 6 passes / 6 rows
Number of Tubes: 363 - Service Conditions:
Working Pressure: 52 psig
Maximum Operating Temperature: 200 °F
Service Type: Lean Amine - Installation:
Connection Type: NPS 3 CLASS 150 Flanges ASME B16.5 RF
Our Valuable Cliente Portfolio
Here is a brief list of customers who have relied on our experience and quality in the development of air coolers:




















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