Tipo Heat Exchangers Manufacturers, Cooling Towers Manufacturers, and Industrial Chillers Manufacturers

Double Pipe Heat Exchanger

DOUBLE PIPE HEAT EXCHANGERS

The heat exchanger is completed of concentric inside also exterior pipe and the Heat exchangers are used to transfer the energy from one substance to another.

Thermal design Calculation

Q = UA ?Tlm
After determination of the required heat transfer surface area, Other Mechanical Design are made, With reference to
Process applications.
We TIPO HEAT EXCHANGERS Coimbatore India manufacturers of double pipe heat exchangers in India. A double pipe heat exchanger like Shell and Tube Heat Exchangers. We provide high and international quality standards double pipe heating system. We using latest raw material in the making development of double pipe heat exchangers. This type of heat exchangers are mostly used in the fields of Thermal Power Station, petroleum and Heat Industry, Oil and food Plants, Power Stations and etc.
Counter flow and
Parallel Flow Heat Exchanger
Multi tube Double pipe exchangers
Single tube Double pipe exchangers
Counter current Double Pipe Heat Exchanger
Double Pipe Hairpin Type
Typical Double Pipe Heat Exchanger
Double Pipe Heat Exchangers Applications
TIPO HEAT EXCHANGERS are offering Double pipe for the below industrial application.
Features of Double pipe heat exchanger: High Efficiency, International high quality, Low Maintenance Cost, Quick Heat Transfer.
Double pipe heat exchanger Calculation: We are using most excellent soft wares for support of complicated calculations while design of double pipe heat exchanger. Double pipe heat exchanger Design : GIREESG COOLING TOWERS used top rated soft wares to design and best quality design engineers to design your double pipe heat exchanger.
The heat exchangers are usually designed in a hairpin shape with ASME Code and will typically be either counter flow or parallel flow.
1. ASME (American Society of Mechanical Engineers) ASME Code
2. TEMA (Tubular Exchangers Manufacturers Association)
Tube side with High pressure
Pasteurization
Low allowable pressure drop
Digester heating
Heat recovery
High flow rate ratios
High terminal temperature differences.
Pre-heating
Its dependable and once-through
Effluent cooling.
Especially in cases of process-temperature crosses