Abacus Heat Transfer Limited Delhi

• FeaturesHorizontal or vertical construction, Affordably priced

We design, manufacture and supply heat exchangers in all sizes, design and mettalurgy suitable for customer's specific application.

We are offering sludge heat exchangers, slu?dge heat exchangers are designed and maufactured in pipe in pipe construction. suitable for heating sluge upto 32 deg celcius with help of hot water or steam.

We are offering Air Receivers / Storage Pressure Vessels. Capacity from 0.2 cu mtr to 200 cu mtr, pressure ranging from atmospheric to 200 kgcm2

• RANGE28 Kg per sq. cm

Abacus offers Fin & Tube Air Cooled Condensers from 1TR to 60TR capacity. These Condensers are designed for an optimum combination of high heat transfer performance & low operating cost. The staggered tube, corrugated plate fin provides a highly efficient air flow pattern through the condenser. Copper tubes are mechanically hydraulically expanded assures maximum fin-tube bonding for optimum heat transfer. Air Cooled Condensers are tested at 28 Kg per sq. cm gauge with dry nitrogen. Fin & Tube type Condensers for sea water marine application or with steels shells are also offered & designed as per customer specific requirements.

“Abacus” Air Cooled Heat Exchangers are designed and constructed so that the hot process fluid to be cooled flows through a tube while the cooling air flows across the outer surface to remove heat. The cooling air is propelled by fans in either a forced draft or induced draft configuration. These Heat Exchangers can be Cover Plate Plug Box and pipe bend models. Tube materials can be carbon or low alloy steel, stainless steel, copper, copper alloys and nickel alloys. Fin materials which are attached to the outer surface of tubes in order to create large surface area, can be of Carbon steel, Aluminum, Marine grade Aluminum and Copper Materials. Fin Type can be Plain or Crimped with ‘L’ or ‘G’ Type, Extruded or Embedded. Special imported heavy duty fans & motors are fitted for outdoor applications. Designing is done considering fouling, condensation, velocity of the air flow and enhanced tube surface area being provided by fins. The mechanical design of the exchanger takes utmost care of the process conditions including pressure, temperature, corrosivity and ease of maintenance.