Features

Efficient heat transfer The corrugated plates generate intense turbulence, with a heat transfer coefficient that can reach 3 to 5 times that of shell and tube heat exchangers, effectively reducing the heat exchange area.

Compact and energy-saving Its volume is only 30% to 50% of that of traditional heat exchangers, reducing the installation space. The temperature difference is small, and the low-temperature waste heat can be recovered.

Modular design The capacity can be adjusted by increasing or decreasing the number of plates to meet the requirements of different working conditions.

Convenient maintenance It can be completely disassembled for cleaning and is suitable for handling fluids that are prone to scaling or viscous.

Low retention volume The flow channel volume is small, reducing medium residue and making it suitable for expensive or sensitive fluids.

Product Intro

Model	Singel plate area	Dimension A*B	Center distance of coner hole C*D	Coner hole diameter E
GJ-A-AK20	0.50	1215*664	931.5*365	φ210
GJ-A-CLIP10	0.63	1495*493	1324*324	φ104
GJ-A-CLIP15	0.91	1746*619	1524*400	φ150
GJ-A-CLIP6	0.18	997*243	859*130	φ51
GJ-A-CLIP8	0.37	1244*369	1095*220	φ78
GJ-A-M10M	0.22	871*371	719*223	φ98
GJ-A-M15M	0.62	1498*496	1294*298	φ140
GJ-A-M20M	0.85	1745*620	1479*353	φ205
GJ-A-M3	0.03	429*125	357*60	φ29
GJ-A-M30	1.84	2245*995	1842*596	φ328
GJ-A-M6B	0.15	747*248	640*140	φ59
GJ-A-M6M	0.14	747*248	640*140	φ58
GJ-A-M6MW	0.124	748*247	640*140	φ58
GJ-A-MA30W	1.55	2244*995	1811*561	φ330
GJ-A-MK15BW	0.46	1044*298	1248*498	φ140
GJ-A-MX25M/B	1.48/1.50	2246*746	1939*439	φ230
GJ-A-P16	0.03	427*123	357*60	φ29
GJ-A-P26	0.13	709*246	592*135	φ70
GJ-A-P36	0.36	1124*400	946*226	φ120
GJ-A-T20B	0.90	1749*621	1478*353	φ209
GJ-A-T20M	0.90	1745*620	1478*353	φ204
GJ-A-T20P	0.85	1748*622	1478*353	φ210
GJ-A-TL10B	0.50	1499*373	1338*218	φ109.5
GJ-A-TL10P	0.50	1500*375	1338*218	φ105
GJ-A-TL6B	0.25	1149*249	1036*140	φ65
GJ-A-TS20M	0.29	961*621	698.5*363	φ195
GJ-A-TS6M	0.08	509*329	380*203	φ68

Plate Heat Exchanger M3

Superior Heat Transfer Efficiency

The plate heat exchanger is an advanced solution for liquid-liquid and liquid-steam heat exchange. It delivers high thermal efficiency, compact structure, minimal heat loss, and a heat recovery rate of up to 90%, making it far more efficient than traditional tubular heat exchangers. It is widely applied in metallurgy, petroleum, chemical, food, pharmaceutical, shipping, textile, and papermaking industries.

Plate Heat Exchanger M3

Flexible Structural Designs

Two structural options are available: the common structure for stable working conditions and the suspension structure for frequent dismantling and cleaning. Both adopt herringbone corrugated plates, sealing gaskets, and robust pressing components to ensure reliable operation.

Plate Heat Exchanger M3

Optimized Flow and Heat Transfer

The corrugated plate surface creates narrow, curved flow channels, forcing the fluid to change velocity direction and generate turbulence. This design breaks boundary layers, enhances heat transfer, reduces energy consumption, and provides strong corrosion resistance with long service life.

Plate Heat Exchanger M3

Diverse Process Combinations

The plate heat exchanger is assembled with alternating plates to form mesh channels and separate hot and cold fluids through gaskets. With multiple process combinations—single, multi-process, vapor-liquid exchange, and mixed types—it can be tailored to meet varied industrial requirements.

Plate Material Characteristics
Material	Application
SS304	Drink water, None Corrosive Liquid, Oils, Fresh Steam etc.
SS316L	Well water, river water, closed circulating water and other water with complex components, Dilute sulfuric acid with temperature ≤ 50 ℃ and concentration ≤ 10% etc.
Titanium	Liquid that contains chlorine iron, Sea water etc.
Titanium Palladium Alloy	Higher temperature and corrosion resistance than titanium.
Nickel 20	It is mainly used for caustic solution (NaOH, Koh, etc.) with high concentration (50% ~ 70%) and high temperature (boiling point).
Hastelloy C-276	It has good corrosion resistance, almost not affected by Cl -, excellent corrosion resistance to various concentrations of sulfuric acid, and is one of the few materials that can be used in hot concentrated sulfuric acid, widely used in organic acids (such as formic acid, acetic acid), high temperature HF acid and a certain concentration of hydrochloric acid (< 40%), phosphoric acid (< 50%); chloride, fluoride.

Gasket Material Charactristics
Material	Working Temperature	Working Enviroment
NBR	-25~120℃	Alkane, olefin and other non-polar media, all kinds of mineral oil, animal and vegetable oil, hot water, salt water, etc。
EPDM	-50~170℃	Superheated water, steam, atmospheric ozone, non petroleum based lubricating oil, weak acid, weak base, ketone alcohol, etc
HNBR	-25~150℃	Crude oil, sulfur-containing oil and organic sulfur compounds, some heat transfer oil, new refrigerant 134a, etc
Viton	-25~150℃	Nonpolar mineral oil, high temperature water vapor, sulfuric acid, chlorine water, phosphate with concentration above 98%