Wenzhou Suote - Professional Pharmaceutical, Chemical And beverage Processing Equipment Manufacturer Since 1998.

Stainless Steel Plate Heat Exchanger Double Tube For Pharmaceutical 1

Stainless Steel Plate Heat Exchanger Double Tube For Pharmaceutical 2

Stainless Steel Plate Heat Exchanger Double Tube For Pharmaceutical 3

Stainless Steel Plate Heat Exchanger Double Tube For Pharmaceutical

Double tube sheet heat exchanger has a simple structure and reliable, adaptable, cleaning more convenient, large capacity, able to withstand high temperature and high pressure etc., no dead ends in the heat exchanger, pollution ~ free, easy to clean, small footprint, easy to install.

It is the mature technology, heat transfer equipment standardization. Comply with the GDP the reguirements of the pharmaceutical industry, the phamaceutical industry is an ideal heat transfer equipment.

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Working Principle

The working principle of plate heat exchanger is based on inter-wall heat transfer, through a series of metal plates with a certain corrugated shape of the metal plate stacked to form a thin rectangular channel, heat exchange through the plate. This type of heat exchanger consists of stamped and shaped concave and convex stainless steel plates. The concave and convex patterns between two adjacent plates are combined in 180 degrees relative to each other, forming staggered contact points, which, when combined by vacuum welding, form the high-pressure-resistant staggered flow structure of the plate heat exchanger. The design of the plates and the flow channel makes the hot and cold fluids flow in the flow channel on both sides of the plates, and the heat exchange is carried out through the plates, so as to achieve high efficiency heat exchange effect.

Product Features

01 Imported 316L production heat exchanger inside the tube speciations ∅9.53*1.0mm.

02 The inner surface of the electro-chemical polishing, roughness Ra0.2um.

03 EPE insulation, the outer surface 304 matte board of drawing processing.

04 Heat exchange capacity

The heat transfer area: 1. 1.5 ,2,2.5,3 m2
Maximum operating pressure: 1.0 MPa
Maximu operating temperature 150℃
Heat transfer coefficient: water -water : 1100~1400W/(m2 ℃)
Water -steam: 2300~5700/(m2 ℃)

Product Parameter

Type	Connection diameter (nominal diameter) mm	Standard maximum flow m3/hr	maximum working pressure kg/cm2G	Maximum test pressure kg/cm2G	Maximum time heat transfer area m3	Maximum width mm	Maximum height mm	Maximum length mm
M3	32	14	16	21	3	180	490	700
T5M	50	50	16	21	5	245	742	350
T5B	50	50	16	21	8	245	742	350
M6	50	58	25	33	37	320	940	1,410
M6M	50	58	25	33	35	320	930	1,610
TL6B	50/65	72	25	33	102	33	1308	1,690
TS6M	65	72	25	33	13	410	704	1,440
T8B	80	110	16	22.9	38	416	890	1,415
T8M	80	110	16	20.8	33	416	890	1,815
M10B	100	190	25	33	100	470	1084	2,400
M10M	100	190	25	33	60	470	1084	2,400
TL10B	100	190	30	39	250	480	1981	3,245
TL10P	100	190	30	39	250	480	1981	3,245
M15B	150	390	30	39	370	650	1940	3,290
M15M	150	390	20	26	230	650	1940	3,290
TL15B	150	440	30	39	990	646	2752	4,208
T20B	200	810	30	39	630	780	2286	3,945
T20P	200	810	30	39	630	780	2296	3,945
T20M	200	810	30	39	510	780	2333	3,945
TS20M	200	700	30	39	85	800	1435	2,750
MX25B	200/250	1,260	30	39	1500	920	2900	3,400
MX25M	200/250	1,260	25	33	1000	920	2900	3,400
TS35P	300/350	2,400	25	33	1200	1174	2375	6,335
T35P	300/350	2,400	25	33	1730	1174	2875	6,335
TL35B	300/350	2,340	30	39	2200	1180	3218	7,560
T45M	400/450	3,600	25	33	2440	1430	3,572	6,400
T5OM	500	4,450	25	33	2872	1550	4,095	7080