Airmasters Vortex Tube in Mumbai
An Airmasters Vortex Tube in Mumbai is a great cooling product using compressed air. The technology splits the air into two air streams: one hot and one cold. The cold air is useful for cooling machinery, tools, control areas, and other parts of industrial equipment depending on a particular industrial task. The Airmasters Vortex Tube solutions provided by ACE Flow Konzepts Pvt Ltd can be useful for industries which require a stable flow of cold air.
Airmasters Vortex Tube Manufacturers in Mumbai
ACE Flow Konzepts Pvt Ltd is an Airmasters Vortex Tube Manufacturers in Mumbai products for various industrial needs. It serves customers from Maharashtra and Mumbai and knows the demand for a simple but efficient air cooling technology in the industry. The vortex tube uses compressed air as the raw material in the cooling process. It splits the air into the cold stream and the hot stream.
Airmasters Vortex Tube Suppliers in Maharashtra, India
As Airmasters Vortex Tube suppliers in Maharashtra, India, ACE Flow Konzepts Pvt Ltd is a supplier of such cooling products for various industries. The vortex tube can provide a simple but practical solution for cooling a particular spot instead of cooling the whole machine or an entire room. Its compact form makes the tube easy to install in areas with limited space. It can become useful for spot cooling during production and machine operations.
Airmasters Vortex Tube Exporters in India
ACE Flow Konzepts Pvt Ltd is also ready to serve customers who search for Airmasters Vortex Tube exporters in India. The Airmasters Vortex Tube can be installed in a location where cold air flow is required at a particular point. The vortex tube does not need any separate electrical cooling system in order to get the cold air flow. They can also reduce the heat in certain areas of machines.
Technical Specifications - Airmasters Vortex Tube
The following performance table shows airflow, cooling capacity, and power equivalent for different Airmasters Vortex Tube models. This data helps in selecting the correct cooling capacity based on heat load and compressed air availability.
| Model No. | Air Consumption (SCFM) | Air Consumption (SLPM) | Cooling Capacity (BTU/Hr) | Cooling Capacity (Watts) | Size Category |
|---|---|---|---|---|---|
| AIR-M2H | 2 | 57 | 145 | 42 | Small |
| AIR-M4H | 4 | 113 | 290 | 85 | Small |
| AIR-M8H | 8 | 227 | 580 | 170 | Small |
| AIR-M10H | 10 | 283 | 730 | 214 | Small |
| AIR-M15H | 15 | 425 | 1100 | 322 | Medium |
| AIR-M25H | 25 | 708 | 1800 | 527 | Medium |
| AIR-M30H | 30 | 850 | 2100 | 615 | Medium |
| AIR-M40H | 40 | 1133 | 2900 | 849 | Medium |
| AIR-M50H | 50 | 1370 | 3500 | 1025 | Large |
| AIR-M75H | 75 | 2018 | 5200 | 1523 | Large |
| AIR-M100H | 100 | 2700 | 6900 | 2022 | Large |
| AIR-M150H | 150 | 4150 | 10300 | 3018 | Large |
Cooling capacity increases proportionally with compressed air consumption. Proper model selection should be based on total heat load, enclosure size, and available air pressure. Contact our technical team for correct sizing recommendations.
