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1,OEM,ODM, 2,Advanced plate structure, 3,Advanced frame structure, 4,Solid plate thickness, 5,gasket plate heat exchanger - details see: https://www.machineto.com/dsh-04-001-oem-gasket-plate-heat-exchanger-10241892

DSH-04-001 OEM gasket plate heat exchanger

Plate heat exchanger consists of a set of corrugated metal plates, plate with a hole for the heat transfer

fluid through the two metal plates mounted on a side pressed by the fixed plate and activities within the

framework of the board, and with clamping bolt clamping. Plate is equipped with a gasket, sealing the

fluid channel and guide the fluid to flow alternately to each channel. Fluid to flow, physical properties,

pressure drop and temperature difference determines the existence of discrete plate number and size.

Corrugated board not only improve the flow degrees, and the formation of a number of support points,

enough to withstand the pressure difference between the media.

Material of plate and gasket seal

A. Plate material (all plank both by the electrolytic polishing processing)

Stainless steel: A1S1, 304SS(1.4301); A1S1, 316SS (1.4401); A1S1, 316T1 (1.4571)
Titanium Edition
Platinum Hastelloy Hastelloy
a special stainless steel SMO254
alloy UNS N08904 (1.4539)

B. Gasket material
NBR (NBR, H-NBR)
EPDM rubber (EPDM, RPDM-NT, EPDM-HT)
Viton (FPM)
chloroprene rubber (CR)
Special rubber (Viton, Buty1, PTFE-Covered, etc.)

Framework material and interface material

A.Framework Material
painting steel
Stainless steel
B.Interface Material
Standard: NBR NBR, EPDM rubber EPDM, stainless steel A1S1 316
Special: alloy steel SMO254, Hastelloy Hastelloy Titanium Titanium Platinum

We have the advanced producing technology and equipment, focus on design, produce, sale the brazed plate heat exchangers.

Lmm	Wmm	weight/Kg	thickness	(Area) m²	L/Perchannel	Max.No/pcs	Liter/min
206	74	0.81+2.27(N-1)	8+2.27(N-1)	0.096	0.021	60	110
194	80	0.8+0.05N	10.0+2.3N	0.0123	0.021	60	110
311	73	0.65+0.08N	10+2.25N	0.0189	0.04317	80	60
306	106	1.8+0.135N	12.4+2.36N	0.0265	0.045	100	250
304	124	2.2+0.16N	12.4+2.36N	0.0315	0.054	100	290
522	106	3.1+0.22N	10+2.4N	0.05	0.085	120	200
504	124	3.6+0.255N	12.4+2.36N	0.058	0.097	120	240
504	124	5.0+0.255(2N)	16.2+2.36(2N)	0.058	0.097	120	240
528	246	7.2+0.52N	13.0+2.36N	0.1135	0.196	160	450
528	246	10.2+0.52(2N)	16.2+2.36(2N)	0.1135	0.196	160	450
527	245	8.5+0.49N	11.5+2.85N	0.1036	0.216	140	900
529	247	7.2+0.52N	14.5+2.4N	0.1091	0.196	118	456

Inquiry should be including:

1, a) What’s the inlet and outlet temperature of material?

b) What’s the flow rate of material?

2, a) What’s the inlet and outlet temperature of medium?

b) What’s the flow rate of medium?