Heat Exchangers

Heat exchangers are devices that transfer heat energy between two fluids at different temperatures.

Heat exchangers fall into 4 basic classes based on the geometry of their surfaces and their heat-transfer method.

• Tubular heat exchangers
• Plate heat exchangers
• Extended-surface heat exchangers (finned-tube exchangers)
• Regenerative heat exchangers

• Can be designed and manufactured to operate at very high pressures.
• Have an extremely flexible and robust design.
• Can be designed and manufactured to operate at very high and very low temperatures.
• Resistant to thermal shock.
• No size limitation.
• Can be used in every application.
• Pressure losses are kept to a minimum and can be kept at the minimum level suited to the process purpose.
• Can be easily disassembled and reassembled for maintenance, repair and cleaning.
• Easy to maintain and repair.
• Since they are manufactured entirely from materials readily available on the domestic market, there are no spare-part or gasket supply issues.
• Larger in size, weight and footprint than plate exchangers.
• Tube diameter, tube count, tube length, tube pitch and tube layout can all be varied. This gives considerable flexibility in the design of tubular heat exchangers.
• Tubular heat exchangers can be designed and manufactured as double-tube, multi-tube, helical or spiral-tube types.

Heaton^® Heat Exchangers is manufactured by İtimat Kazan.