Working principle 

Channels are formed between the plates and the corner ports are arranged so that the two media flow through alternate channels. The heat is transferred through the plate between the channels, and complete counter-current flow is created for highest possible efficiency. The corrugation of the plates provides the passage between the plates, supports each plate against the adjacent one and enhances the turbulence, resulting in efficient heat transfer.

plate material	Stainless steel(SUS304, 316L etc ), Titanium and Nickle
gasket material	NBR:(applicable temperature -15-+120℃) HNBR: (applicable temperature -15-+140℃) EPDM: (applicable temperature -25-+150℃) HEPDM: (applicable temperature -25-+170℃) Viton/FPM: (applicable temperature -5-+180℃) NEOPREKE: (applicable temperature -5-+130℃) VNQ: (applicable temperature -65-+250℃)
Thickness of plate	0.5mm

Model	A(mm)	B(mm)	C(mm)	D(mm)	E(mm)	Weight(mm)	Amount of liquid (L)	Heat transfer area (㎡)	Maximum flow (m3/h)
JXZ14	9+2.3N	76	42	206	172	0.7+0.06N	0.010(N-2)	0.014(N-2)	8
JXZ15	9+13N	80	42	190	154	0.9+0.06N	0.010(N-2)	0.014(N-2)	12
JXZ20	9+21	76	42	310	280	1.0+0.08N	0.018(N-2)	0.020(N-2)	8
JXZ25	9+1.5N	93	39	325	270	1.0+0.09N	0.014(N-2)	0.025(N-2)	8
JXZ26	9+2.45N	111	50	310	250	1.3+0.13N	0.025(N-2)	0.026(N-2)	18
JXZ26B	9+2.45N	111	50	310	250	1.3+0.13N	0.025(N-2)	0.026(N-2)	18
JXZ50V	9+2.45N	111	50	525	466	2.0+0.23N	0.047(N-2)	0.050(N-2)	18
JXZ50C	9+2.45N	111	50	525	466	2.0+0.23N	0.047(N-2)	0.050(N-2)	18
JXZ95V	11+2.43N	191	92	616	519	7.8+0.44N	0.105(N-2)	0.095(N-2)	42
JXZ95B	11+2.8N	191	92	616	519	7.8+0.44N	0.125(N-2)	0.095(N-2)	42
JXZ95C	11+2.8N	191	92	616	519	7.8+0.44N	0.125(N-2)	0.095(N-2)	42
JXZ190	13+2.65N	307	179	699	567	10+0.51N	0.217(N-2)	0.190(N-2)	140
JXZ210	12+2.78N	321	211	738	599	13.085N	0.225(N-2)	0.021(N-2)	100