Plate Heat Exchanger for Diesel Engine Cooling Application

Product Details
Customization: Available
Certification: CE, ISO
Application: Heater, Cooler, Vaporizer, Condenser
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Number of Employees
122
Year of Establishment
2005-09-06
  • Plate Heat Exchanger for Diesel Engine Cooling Application
  • Plate Heat Exchanger for Diesel Engine Cooling Application
  • Plate Heat Exchanger for Diesel Engine Cooling Application
  • Plate Heat Exchanger for Diesel Engine Cooling Application
  • Plate Heat Exchanger for Diesel Engine Cooling Application
  • Plate Heat Exchanger for Diesel Engine Cooling Application
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Overview

Basic Info.

Style
Plate Type
Material
Stainless Steel
Plate Material
SS304, SS316L, Smo254, Ti, Ni, Hastelloy
Gasket Material
NBR, HNBR, EPDM, Fluororubber/Viton, Silicon
Connection Size
Customized
Plate Length/Width
Customized
Usage
Heating/Cooling
Industry
Brewery/Brewing/Soft Drink/Chemical
Transport Package
Wooden Box
Specification
Customized
Trademark
JIEMA
Origin
Guangzhou, China
HS Code
8419500090
Production Capacity
200 Sets/Per Month

Product Description

 

Plate Heat Exchanger for Diesel Engine Cooling Application


Plate and Frame Heat Exchanger is another type heat exchanger that gains great popularity. It is perfect. It is beautiful. And it satisfies our needs&requirements for heat exchange/heat transfer.
Plate Heat Exchanger for Diesel Engine Cooling Application
Plate Heat Exchanger for Diesel Engine Cooling Application
(Left: Plate Heat Exchanger with Carbon Steel Frame;
Right: All Stainless Steel Plate and Frame Heat Exchanger)


How exactly does the two fluids exchange heat without fixing with each other?


Let's take a look.
Plate Heat Exchanger for Diesel Engine Cooling Application
(Plate&Frame Heat Exchanger During Operation)

Hot fluid flows into its connection, and onto the surface of various plates, say the 3rd plate, 5th plate, 7th plate, ..., and eventually it has nowhere to continue but flow back, coming out of the outlet connection;


Meanwhile, what happen to our cold fluid?


We see it into another connection, again but differently, it enter the surface of the 2nd plate, 4th plate, ..., finally it is heated and out of the exchanger.


Now if look closely, we find it is the gasket that is doing all the trick, separating the two fluids by using different gasket models.

 
Plate Heat Exchanger for Diesel Engine Cooling Application
Plate Heat Exchanger for Diesel Engine Cooling Application
(Left: Gasketed Plate; Right: Rubber Gasket)

 

Company Profile

Plate Heat Exchanger for Diesel Engine Cooling Application

Company Tour

 

Plate Heat Exchanger for Diesel Engine Cooling Application

Certifications&Products

 

Plate Heat Exchanger for Diesel Engine Cooling Application

Plate Heat Exchanger for Diesel Engine Cooling Application

Services&Customers

Plate Heat Exchanger for Diesel Engine Cooling ApplicationPlate Heat Exchanger for Diesel Engine Cooling Application


 

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