Airon Gas Technologies Ghaziabad, Uttar Pradesh

We are reckoned as one of the foremost Air Compressor Spares Manufacturers and Exporters in India. The Compressor Spare Parts manufactured by us are made from high grade raw materials, which ensure their high performance. Our Compressor Spares are tested with the help of modern technologies, which assure their precision and accuracy. The compressor spare parts that we produce are used in all types of compressors. Our parts are available in different sizes and dimensions. We offer our compressor parts at highly reasonable prices and deliver them within the given time frame. Our clients our spread all over the world and they are pleased by our optimum quality compressor spares and our proficient services.

We are considered as one of the prime Industrial Cooling Tower Manufacturers in India. Water Cooling Tower is used to remove extra heat to the atmosphere using evaporation or naturally existing air. They are also used for cooling the water, which is circulated in various industries like chemical, oil refineries, etc. Our cooling towers are manufactured conforming to the norms of the approved standards. Our cooling towers are highly efficient and durable. We are also known as one of the primary Cooling Tower Exporters from India. We have achieved such a position because of our delivery of fine quality Water Cooling Tower, which has shown desired performance, and our proficient services.

We are regarded as one of the topmost Refrigeration Air Dryer Exporters from India. We offer optimum quality and highly efficient Refrigerated Compressed Air Dryers. Our Refrigerated Air Dryer is a highly advanced skid mounted unit comprising of Freon chiller, Moisture Separator and an Air to Air Pre-Cooler. Our refrigerated Air dryers are manufactured and tested with the help of high-tech tools and machines, which ensure the premium quality and excellent working of the dryers. They are exported to various industries all over the world. Working of the Refrigerated Air Dryers First Air is pre-cooled with outgoing chilled air to around 25 o C and then it is cooled in a Freon Chiller to ( ) 2 o C temperature. This reduces refrigeration load of the Unit. Outgoing dry air has ( ) 2 o C Pressure Dew Point and comes out at around 25 o C temperature. ( ) 2 o C Dew Point in Refrigerated Air Dryers corresponds to around (-) 23 o C Atmospheric Pressure Dew Point. Lower Dew Point is not possible from Refrigerated Dryer, as moisture condensed would start freezing on Freon tubes, if lower dew points are tried. (-) 23 o C is the best possible Dew Point achievable from Refrigerated Air Dryers.

We are reckoned as one of the chief Manufacturer and Exporter in India. We offer highly efficient Industrial Tube Ice Machine with the high capacity ranging from 5 TPD to 40 TPD. The Tube Ice Making Machine that is manufactured and exported by us is made using high grade parts and raw materials. Our ice tube machines find application in Kitchen / Catering, Food Production Process, Medical Application, Chemical Industry Process, Cold Accumulation, Dye Stuffing, Mining, Construction and variety of laboratory, etc. System Operation The main part of the Industrial Tube Ice Machine is the ice generator, a vertical shell-and-tube vessel surrounded by a water tank. Special water distributors on top of each tube control an even, spiral supply of water down the insides of the tubes. Excess water is collected in a tank beneath the ice generator and pumped back up to the tank at the top. The two main functions of Ice Tube Machines are : Freezing and Harvesting. These functions are carried out in a continuous cycle and ensure the steady and constant supply of high quality ice at a rate determined by the user. Tube ice is formed on the inner surface of vertical tubes and is produced in the form of small hollow cylinders of about 50 x 50 mm with a wall thickness of 10 to 12 mm. The tube ice plant arrangement is similar to a shell and tube condenser with the water on the inside of the tubes and the refrigerant (Ammonia) filling the space between the tubes. The machine is operated automatically on a time cycle and the tubes of ice are released by a hot gas defrost process. As the ice drops from the tubes a cutter chops the ice into suitable lengths, nominally 50 mm, but this is adjustable. Transport of the ice to the storage area is usually automatic, thus, as in the flake ice plant; the harvesting and storage operations require no manual effort or operator attendance. The discharge system from the plant incorporates an ice crusher, which can be adjusted to give an ice particle size to suit the customer's requirement. The usual operating temperature of this type of plant is -8°C to -10°C. The ice will not always be sub cooled on entering the store but it is usually possible to maintain the store at -5°C since the particle size and shape allow the ice to be readily broken up for discharge. The production capacity of the tube ice machine is a function of the evaporating temperature, the temperature of the feed water and the length of the freezing cycle. Based on the price of electric power and the purpose for which the ice is to be used, the refrigeration capacity employed and the length of the freezing cycle can be chosen within very wide limits so as to achieve the most economical operation. Application of Tube Ice Hotels / Restaurant and bars Kitchen / Catering Concrete Cooling Chemical Industry Process Food Production Process Fishing Industry Cold Accumulation Mining, Construction and variety of laboratory Medical Application Dye Stuffing