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Product Introduction
The plate heat exchanger consists of a pack of corrugated metal plates with portholes for the passage of the two fluids between which heat transfer will take place. The plate pack is assembled between a fix frame plate and a movable pressure plate and compressed by tightening bolts. The plates are fitted with a gasket which seals the interpolate channel and directs the fluids into alternate channels. The number of plates is determined by the flow rate, physical properties of the fluids, pressure drop and temperature program. The plate corrugations promote fluid turbulence and support the plates against differential pressure. The frame plate and the pressure plate are suspended from an upper carrying bar and located by a lower guiding bar, both of which are fixed to a support column. Connections are located in the frame plate or, if either or both fluids make more than a single pass within the unit, in the frame and pressure plates.
Material of Plate |
Suited Liquid Kinds |
||
Stainless Steel (AISI304.316 Etc) |
Pure Water, Normal Water, Oil for eating, Mineral Oil |
||
Ti, Ti-pd |
Sea Water, Saline Water, Mineral Water |
||
20Cr, 18Ni, 6Mo (254SMO) |
Dilute Sulphuric Acid, Organic Water Solution |
||
Ni |
High-temp and concentration caustic soda |
||
Hastelloy (C276, D205, B2G) |
Concentration Sulphuric Acid, Hydrochloric acid, Phosphoric acid |
||
Material of Gasket |
Operating Temperature ℃ |
Suited Liquid Kinds |
|
NBR |
-15~+135℃ |
Water, Sea Water, Mineral Oil, Salinous Water |
|
EPDM |
-25~+180℃ |
Hot Water, Steam, Acid, Alkali |
|
F26 |
-55~+230℃ |
Acid, Alkali |
|
TPF |
0~+160℃ |
High Concentrated Acid, Alkali, High temperature Oil, Steam |
|
Product Parameters
BR 0.23 Type Heat Exchanger Plate
Exchange surface of each plate: m2 0.238
Distance between plate: mm 4.2
Section surface of single channel: m2 0.00098
Max handling capacity: m3/h 40, 6
Size of Plate mm |
992*325*0.7 |
Normals Pitch of Ripple mm |
15 |
Effectual Exchange Surface m2 |
0.238 |
Width of Channel mm |
290 |
Single weight kg |
1.79 |
Average distance between plate mm |
4.2 |
Height of Ripple mm |
3.5 |
Average Equivalent Diameter mm |
7.0 |
Figure of Ripple |
Isoceles Triangle |
Plate material |
304,316 |
BR 0.3 Type Heat Exchanger Plate
Exchange surface of each plate: m2 0.308
Distance between plate: mm 4.4
Section surface of single channel: m2 0.00118
Max handling capacity: m3/h 120
Size of Plate mm |
1135*370*0.7 |
Normals Pitch of Ripple mm |
15 |
Effectual Exchange Surface m2 |
0.308 |
Width of Channel mm |
320 |
Single weight kg |
1.79 |
Average distance between plate mm |
4.4 |
Height of Ripple mm |
3.7 |
Average Equivalent Diameter mm |
7.0 |
Figure of Ripple |
Isoceles Triangle |
Plate material |
304,316 |
BR 0.4 Type Heat Exchanger Plate
Exchange surface of each plate: m2 0.4095
Distance between plate: mm 4
Section surface of single channel: m2 0.001353
Max handling capacity: m3/h 200
Size of Plate mm |
1215*456*0.7 |
Normals Pitch of Ripple mm |
13 |
Effectual Exchange Surface m2 |
0.4095 |
Width of Channel mm |
410 |
Single weight kg |
2.4 |
Average distance between plate mm |
4 |
Height of Ripple mm |
3.3 |
Average Equivalent Diameter mm |
6.6 |
Figure of Ripple |
Isoceles Triangle |
Plate material |
304,316 |
BR 0.5 Type Heat Exchanger Plate
Exchange surface of each plate: m2 0.5
Distance between plate: mm 4.5
Section surface of single channel: m2 0.001672
Max handling capacity: m3/h 250
Size of Plate mm |
1380*495*0.7 |
Normals Pitch of Ripple mm |
16 |
Effectual Exchange Surface m2 |
0.5088 |
Width of Channel mm |
445 |
Single weight kg |
4.55 |
Average distance between plate mm |
4.5 |
Height of Ripple mm |
3.8 |
Average Equivalent Diameter mm |
7.6 |
Figure of Ripple |
Isoceles Triangle |
Plate material |
304,316 |
BR 0.7 Type Heat Exchanger Plate
Section surface of single channel: m2 0.002035
Max handling capacity: m3/h 430
Size of Plate mm |
1572*592*0.7 |
Normals Pitch of Ripple mm |
16 |
Effectual Exchange Surface m2 |
0.71 |
Width of Channel mm |
550 |
Single weight kg |
5.2 |
Average distance between plate mm |
4.4 |
Height of Ripple mm |
3.7 |
Average Equivalent Diameter mm |
7.4 |
Figure of Ripple |
Isoceles Triangle |
Plate material |
304,31 |
MBR 0.8 Type Heat Exchanger Plate
Section surface of single channel: m2 0.002035
Max handling capacity: m3/h 560
Size of Plate mm |
1750*610*0.7 |
Normals Pitch of Ripple mm |
16 |
Effectual Exchange Surface m2 |
0.8016 |
Width of Channel mm |
550 |
Single weight kg |
5.926 |
Average distance between plate mm |
4.4 |
Height of Ripple mm |
3.7 |
Average Equivalent Diameter mm |
7.4 |
Figure of Ripple |
Isoceles Triangle |
Plate material |
304,316 |
BR 1.0 Type Heat Exchanger Plate
Section surface of single channel: m2 0.0286
Max handling capacity: m3/h 650
Size of Plate mm |
1833*746*0.8 |
Normals Pitch of Ripple mm |
16 |
Effectual Exchange Surface m2 |
0.9988 |
Width of Channel mm |
695 |
Single weight kg |
8.8 |
Average distance between plate mm |
4.8 |
Height of Ripple mm |
4.1 |
Average Equivalent Diameter mm |
8.2 |
Figure of Ripple |
W FIGURE |
Plate material |
304,316 |
There are kinds of series of water-cooled oil cooler including OR, SL, GLC,GLL, BR etc.series.
OR: OR-60, OR-100, OR-150, OR-250, OR-350, OR-600, OR-800,OR-1000, OR-1200.
SL:SL-303,SL-304,SL-305,SL-307,SL-309,SL-311,SL-408,SL-410,SL-415,SL-418,SL-421,SL-509,SL-518, SL-526, SL-534,SL-542
GLC:GLC1-0.3,GLC1-0.6,GLC1-0.8,GLC1-1.2,GLC2-1.3,GLC2-1.7,GLC2-2.1,GLC2-2.6, GLC2-3,GLC3-4,GLC3-5,GLC3-6,GLC3-7,GLC3-8,GLC3-9,GLC3-10,GLC3-11,GLC4-13,GLC4-15,GLC4-17,GLC4-19,GLC4-21,GLC4-23,GLC4-25,GLC4-27,GLC5-30,GLC5-34,GLC5-37,GLC5-41,GLC5-44,GLC5-48,GLC5-51,GLC6-54,GLC6-55,GLC6-60 etc.
BR: BR1.6,BR1.3,BR1.0,BR0.5,BR0.35,BR0.2,BR0.05 etc.
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