Variety Of Plate Heat Exchanger

Advantage Of Using DHP Plate Heat Exchangers

Saving The Installation Space

Since the heat transfer efficiency is high, only 2-30% installation space is required comparing to the same capacity of the multi-tubular heat exchanger.

Minimum Heat Loss

Heat is emitted in the side of the plate type heat exchanger and because the space is not much required the heat loss can be minimized due to less heat generation volume even when insulation or heat insulating materials are not used.

High Heat Transfer Coefficients

DHP Plate Heat Exchangers provide high rates of heat transfer, due to the turbulence inducing shape of the plates.
The special gasket configuration of the plates prevents any mixing of the media being processed.
In the port area both fluids are separated by double gaskets.
Additional safety is ensured by the leakage gap.

Low Contamination

Strong turbulent flow formed by the bump in flow way and short staying time of the fluid inside the heat exchanger will result in getting the effect to avoid scale adhesion.
Convenient disassembling and assembling.
Cleaning is easy to handle the contamination in an efficient way.

Applicability & Standardization

All the components or parts are standardized and the compatibility of the parts is good. Plate number can be increased or decreased depending on the change of the capacity. Cleaning or replacement is easy when the plate or gasket is worn out.

Applications Of DHP Plate Heat Exchangers


District Heating

Underfloor Heating

Heating Treatment Water

Heating Swimming Pool

Heat Pump Installations

Heat Recovery Installations

Preheating Heating Water

Geothermal Installation

Solar Energy Installation

Central Cooling Systems in Airconditioning Plants

Marine Appl. and Engines

Central Cooling

Lubricating Oil Cooling

Cooling Piston Coolant

Cooling Transmmission Oil

Pre-heating Heavy Fuel Oil

Pre-heating Diesel Fuel Oil

Heating-up Sea Water

Mechanical Engnieering

Cooling Machinery

Cooling Emulsions

Cooling Hydraulic Oil

Cooling Drinding Oil

Cooling klin Oil

Cooling Transmission Oil

Cooling Autoclave Water

Cooling Engine Coolant

Heat Recovery

Chemical Industry

Cooling Lyes

Cooling Acids

Cooling Sulphuric Acids

Cooling Kerosene

Cooling Salt Solutions

Condensation of Ethanol

Drying Chlorine Gas

Automotive Industry

Cooling Quenching Oil

Cooling Paint

Cooling Phosphating Solutions

Edible Oil Processing

Heating Edible Oils

Cooling Edible Oils

Cooling for Winterization

Cooling Fatty Acids

On-and Off-Shore

Central Cooling

Lubricating Cooling

Process Cooling