Air Coolers Dealers in Vadodara

• Brand Name: Chemiquip
• Place Of Origin: Vadodara  
• Usage: To exchange the Heat between Air/Gas on one side & Air/Gas/liquid on other side
• Types: Integral Fin, L Type Fins, Plate Fin, G Type Fins, Spiral Tension Wound Tubes
• Conditiont: New, Good
• Product Type: Air Fin Coolers

Our company is enagaged in manufacturing, exporting & supplying of Air Fin Coolers. Air Fin Coolers is used to exchange the Heat between Air/Gas on one side & Air/Gas/liquid on other side. We use External Fins in the Air Fin Coolers to increase the heat transfer area. The fins are selected on the basis of parameters like fouling nature of the air/gas, air/gas to be cooled, available area, etc. The common types of fins are : Integral Fin The Tubes are finned on the OD of the Tube This increases the Heat Transfer Area of the Tube by 3 to 3.5 Times as compared to Plain Tube, with a minor increase in the cost These Tubes find applications in the AC Plants/Oil Cooler, Condensers, etc. Carbon Steel, Stainless Steel, Copper, Copper Alloys can be finned L Type Fins The aluminium strip foot section is first formed into an L shape and then tension wrapped on to the base tube Wound fin base sections are close to each other so as ensure a continuous cover over the primary tube surface Finally, the fin strip is fastened at ends to prevent loosening Plate Fin Plate Fin generally consist of a thin strip of either aluminium, Galvanized Iron, Copper etc which is slipped over the OD of the Tube Necessary operation is done to ensure proper contact between the OD of the Tube and Tube Hole ID of the Plate Fin The Pitch of the Holes in Fin is accordingly to the Tube Layout of the Tube Sheet G Type Fins The aluminium strip foot section is first formed into an L shape and which is tension wrapped and embedded into the primary tube wall These type of tubes have better life vis a vis the L type of Fins find applications in Refineries Spiral Tension Wound Tubes Here Plate Fin is tension wound spirally on the od of the tube, ensuring proper contact between the OD of the Tube & Plat Fin Plate Fin material can be Aluminium, Carbon Steel, Copper, while Tube material can be Carbon Steel, Stainless Steel, Copper, Copper Alloys, etc.

We offer compressed air after coolers. The compressed air after coolers provide two necessary functions that provide the conditioning of compressed air. Firstly it reduces the temperature of the air to a safe operating range while secondly, removing the moisture condensed during the cooling process. Water-cooled coolers come in shell and tube type which allows the air to pass through the tubes while letting the water flow in the shell from the opposite direction. The industrial coolers exchange heat for cooling systems which is required for molding machines, generators and other heavy machinery. The coolers allow compressed air which is hot and saturated with moisture and oil to leave the air compressor. The air becomes easy to handle after the coolers rapidly cool down. Coolers are available both in water-cooled and air-cooled types. However, water-cooled coolers are mostly preferred as they achieve lower air temperature thereby removing more moisture. Air-cooled coolers are installed in places where availability of soft cooling water is a constrain or where the water is very hard. Coolers can also allow separated liquids to be drained either manually or by auto drain valve. Based on the specification of the clients, coolers can be modified and used for the following reasons oil cooler for screw compressor, dg set & other machines (by removing moisture separator) intercooler for reciprocating compressor (by adding suction drum) compressed air dryer (by using chilled water, brine or refrigerant as cooling medium.) heat exchanger for cooling systems required for moldings machines, generators & other heavy machinery. product application our products are used in various industrial applications including : power plants chemical plants petrochemical plants petroleum refineries natural gas processing textile industries plastic industries engineering industries