Features

One-step forming The plates are all stamped with extremely precise molds in one go, and only the plates formed in one go have the same accuracy. Therefore, there is uniform metal point contact between the plates, ensuring that the plate heat exchanger can operate normally under high pressure and withstand system pressure impacts.
Advanced pattern design Advanced pattern design relies on the application of CAD/CAM technology, combined with advanced pressing processes, to ensure that all plates have extremely high precision, thus utilizing thinner plates to improve heat transfer efficiency.
Diversion area For the convenience of configuring connections, modern plate heat exchangers use single-sided inlet and outlet connections. To fully utilize the entire heat exchange area, it is necessary to ensure that the fluid is evenly distributed throughout the entire plate. For a wide plate, it is also necessary to ensure uniform distribution. Another significant feature is the lower pressure drop, which allows more pressure drop to be used for heat transfer, resulting in a higher heat transfer coefficient.

Product Intro

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%

Other Models List

M3, M6B, M6M, TL6B, TS6, M1OB, M10M, TL10B, TL10P, M15B, M15M, T20M, T20B, T20P, TS20, AK20, MX25B, M30, P16, P26, P36, TL35B, CLIP6, CLIP8, CLIP10, CLIP15, M6MW, M10BW, MK15BW, M20BW ,MA30S, MA30W, AX30B, MA30, TL15B, T2B, T5B, T5M, EC350, EC500, EC650, EC700, AC400, AC600, AC800

H12, H17, N35, N40, N50, SR14GD, R8GI, TR9-III, TR9-II, TR9-I, TR9, Q030E, Q030, Q055, Q080, A055, A085, J092, J107, J185, A145, M107, M092, M060, R14, R5

GCOO8, GL13, GX18, GC16, GC26, GX26, GX42, GX51, GC51, GC60, GX6O, GX100, GX140, GX64, GX91, GX85, GX145

VT04, VT10, VT20, VT40, VT40M, NT50M, NT50X,VT405, VT80, VT80M, VT8OP, NT100T, NT100M, NT100X, NT150L, NT150S, NT250S, NT250M, NT250L, NT350S, NT350M, VT2508, A184, N40, A161, CT193

S4A, SBA, S7A, S14A, S9A, S19A, S31A, S17, S20A, S21A, S22, S37, S41, S42, S43, S65, S100, S47, S64, S81, S62, S110, SF160, SF123

V4, V8, V13, V20, V28, V45, V60, V100, V110, V130, V170, V280

FP04, FP05, FP08, FP09, FP10, FP16, FP22, FP14, FP20, FP31, FP40, FP50, FP71, FP205, FP41, FP60, FP112, FP130

Sigma13, Sigma26, Sigma36, Sigma56, Sigma66, Sigma156, Sigma55, SigmaM35, SigmaM25, SigmaM36, SigmaM106, SigmaM90

Plate Heat Exchanger

Tubular Heat Exchanger

Brazed Plate Heat Exchanger

Fully Welded Plate Heat Exchanger

Plate Condenser