Welcome to El Hamd Heat Exchangers Company!

It is our pleasure to introduce ourselves as one of the pioneer professional companies in the field of manufacturing fins to produce finned tubes and heat exchangers.

Finned tubes are used for Air coolers and heaters, condensers, dryers, compact heat exchangers.

Main users: 

Electric power station - Petroleum industry - refineries - Industrial companies.

such as: (chemicals- petrochemicals- food- fertilizers- crops drying- textile- wood.)

Our company was established since 1982 as one of EASTING HOUSE FACTORIES group and separated in 1996 with a new management and modern technology as EL-HAMD HEAT EXCHANGERS CO. specialized in manufacturing finned tubes and heat exchangers.

Our fins are wound spirally according to international codes and standards, using the most modern and updated machines.

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Aluminium fins are formed from a bimetallic tube consisting of a base tube and an aluminium muff tube. The fins are formed on a cold rolling process from the wall thickness of the aluminium muff tube. Extruded fin gives very good corrosion protection to the base tube, as the base tube is not subjected to the atmosphere inbetween the fins.

Agent of ARES PHE
ARES PHE was established in 2002 with 20 years experience in PLATE HEAT EXCHANGERS.

Our fabrication of finned tubes stays the most economical solution for your heat transfer applications.

If you have any problem, we can study it; design the suitable solution and supply you with the required equipment.

Fins (Steel- Stainless Steel- COPPER- ALUMINUM) are wound continuously without welding (ONE PIECE) under considerable tension having a regular crimped contact with knurled tube and that result a perfect mechanical bond with excellent heat transfer properties from tube to fins to get maximum possible radiation.
Tubes Outer Diameter Ranging From 9 - 76 mm with unlimited length.

This fin type is a non taper fin wrapped under tension around the base tube. The finning process results in a crimp forming at the foot of the fin. Fin is then welded to the base tube at the strip ends.

Tubes are cleaned and knurled before winding to enhance the mechanical bond between tubes and fins and increas heat transfer.

The corrugation increases fin surface area about 1.40 times more than smooth fin which enhances radiation and heat transfer efficiency.