Plate Heat exchanger manufacturer, industry solution expert

Pillow Plates En Apparatenbouw

by:DIGUANG     2020-11-11

The high portion 26 terminating in opening 28 carries a flange 30 which also abuts against the inside floor of the side partitions and is suitably joined thereto. Porous heat transfer plate 32 is supported to the aspect walls of the housing 12.


Their full chrome steel development however does make them perfect for applications corresponding to meals processing and pharmaceutical manufacturing. Description of the popular embodiment Referring now particularly to the main points of this invention as may be seen by referring to FIGS. l and 2, the condenser, generally illustrated by numeral 10, is made up of a housing 12 having facet partitions 14, 16, 18 and 20 joined on the respective corners for defining an oblong cavity part. A bottom plate 22 having finish flanges 24 abuts towards the inner floor of the facet plates 14 and sixteen and is secured thereto in a suitable manner.


The capillary force of the pores of the porous members causes the liquid to migrate to the opposite floor of the member vvhile on the same time stopping the vapor from passing therethrough. A stress drop may be created throughout the top and backside surfaces of the porous mem-ber to reinforce the separating capabilities of the condenser as well as serving to empty the underside thereof through vent 38.


Correlations for warmth transfer and circulate friction coefficients are offered for aircraft parallel plates and offset strip-fin plates over the ranges used in compact warmth exchangers. Closed type expressions have been used to present these correlations. The proposed correlations enable one to adequately predict experimental information obtainable for the warmth exchanged and strain losses in compact plate-sort warmth exchangers.


A plurality of passages are formed in the porous member for receiving the tube 36 which follows a serpentine path. Cool fluid is introduced via the tube for cooling the porous plate 32. Vapor launched through opening 28 comes in contact with the top surface of porous plate 32 and owing to the heat transfer between the cool fluid and the vapor, the vapor or a constituent of the vapor is condensed on the highest floor.

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