Heat Exchanger I

Products Name:	Heat Exchanger I
Item No:	232024
Update time:	2005-5-23 8:42:00
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Heat Exchanger I Description

Description

High Heat Transfer Coefficients
Ranging from 3000-6000kcal/m2hr°C on water/water applications.

Much Less Space
Requires only fraction of the space taken by other heat exchangers.
Plates give a very large heat transfer area in a small frame volume. No extra space required for opening.

Easy Access
Full accessibility to both sides of each plate for inspection or cleaning. Any plate 춤 be rapidly replaced without removing the others.

Economies in Heating Costs
High heat transfer rates assisted by counter-current flows produce minimum and temperature differences. Heat recovery can be obtained as high as 90 percent.

Adoptability
The plates are independent units which can be removed, added to or re-arranged as desired. Thus the plate heat exchanger can be respecified for any new process requirement or for completely new duties. Economies can be obtained by using the connector grid to combine more than one duty in a single frame.

Low Liquid Hold-up
In plate heat exchangers, liquid hold-up of both fluids is low. Additionally, for any given duty the smaller total surface are required by plate heat exchangers results in an even fore favourable comparison of liquid hold-up.

Minimum Fouling
The turbulent flow over plate heat exchanger plates keep solids in suspension, minimizing fouling with slurries such as titanium dioxide, lime or cooling water with a high mud content. Where fouling is unavoidable, plates are easily removable for cleaning.

Lower Capital Cost
Where corrosion-resistant materials are essential, capital costs are considerably less than those of conventional heat exchangers and even for non-corrosive duties, plate heat exchanger can be competitive in price.

High Turbulence
Plate heat exchangers plate from can induce turbulent flow at Reynolds numbers as low as 10, while in tubular exchangers velocities must be increased to attain Reynolds numbers of 2300 in order to prevent laminar flow.

Standardized Components
Plate heat exchangers are built from standard components, which are interchangeable and replaceable from stock-yet each unit is tailored exactly to meet customer requirements.

Versatility of Duty
Plate heat exchanger can be divided into separate sections by the use of connector plates(right) to accommodate more than one heating or cooling stage.

Printable Heat Exchanger I, Imprinted, Branded Heat Exchanger IPrinting, Printed Heat Exchanger I
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