GPR Type 3.5~60m² Shell Tube Heat Exchanger High Efficiency Aluminium Finned Tube Oil Cooler

Model Number:GPR
Place of Origin:China
Product Name:Shell And Tube Heat Exchanger
Material:Aluminum
Feature:High Efficiency
Capacity:3.5~60m²
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Location: Wuxi Jiangsu China
Address: Building A3, Tianan Smart City, Xinwu District, Wuxi City, Jiangsu Province
Supplier`s last login times: within 26 hours
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Product Details

GPR Type 3.5~60m² Shell Tube Heat Exchanger High Efficiency Aluminium Finned Tube Oil Cooler


Product Overview


Shell And Tube Heat Exchanger (STHE) is a type of heat exchanging device constructed using a large cylindrical enclosure, or shell, that has bundles of perfectly spaced tubing compacted in its interior. Shell and tube heat exchangers are the most common form of heat exchange design.
Shell Tube Heat Exchangers are used for a variety of applications and meet the needs of an assortment of industries. Since they are available in different configurations, they can be adapted to the requirements of any manufacturing or production operation.


Product Parameters


ModelABCDEFGd1d2L1L2HlH2H3MI
GPR-3.5103580750φ165140215105DN25G1”650205154153955-G1/4”4-φ12
GPR-4840110550φ180142240150DN32G11/2"4002201801601025-G1/4”4-φ14
GPR-51020110730φ180142240150DN32G11/2"5802201801601025-G1/4”4-φ14
GPR-61180110860φ180157240150DN40G11/2"7102201801601025-G1/4”4-φ14
GPR-713401101050φ180142240150DN40G11/2"9002201801601025-G1/4”4-φ14
GPR-814901101200φ180142240150DN40G11/2"10502201801601025-G1/4”4-φ14
GPR-916401101350φ180142240150DN40G11/2"12002201801601025-G1/4”4-φ14
GPR-1018501101560φ180142240150DN40G11/2"13502201801601025-G1/4”4-φ14
GPR-111170182800φ299186372260DN65G2"6503602382201685-G1/2”4-φ18
GPR-121240182870φ299186372260DN65G2"7203602382201685-G1/2”4-φ18
GPR-131315182945φ299186372280DN65G2"7953602382201685-G1/2”4-φ18
GPR-1513701821000φ299186372260DN65G2"8503602382201685-G1/2”4-φ18
GPR-161470182060φ299206372260DN65G2"9103602382201685-G1/2”4-φ18
GPR-1715351821125φ299206372260DN65G2"9253602382201685-G1/2”4-φ18
GPR-1816001821190φ299206372260DN65G2"10403602382201685-G1/2”4-φ18
GPR-1916851821275φ299206372260DN65G2"11253602382201685-G1/2”4-φ18
GPR-2017501821340φ299206372260DN65G2"11903602382201685-G1/2”4-φ18
GPR-2118301821420φ299206372260DN65G2"12703602382201685-G1/2”4-φ18
GPR-2219051821495φ299206372260DN65G2"13453602382201685-G1/2”4-φ18
GPR-2319901821580φ299206372260DN65G2"14303602382201685-G1/2”4-φ18
GPR-2420551821645φ299206372260DN65G2"14953602382201685-G1/2”4-φ18
GPR-2521201821710φ299206372260DN65G2"15603602382201685-G1/2”4-φ18
GPR-2722851821845φ299220372260DN65G2"16953602382201685-G1/2”4-φ18
GPR-2823501821910φ299220372260DN65G2"17603602382201685-G1/2”4-φ18
GPR-3025001822060φ299220372260DN80G21/2"19103602382201685-G1/2”4-φ18
GPR-3417402301260φ351240445320DN80G21/2"11104202782461945-G1/2”4-φ18
GPR-3517802301300φ351240445320DN80G21/2"11504202782461945-G1/2”4-φ18
GPR-3718552301375φ351240445320DN80G21/2"2254202782461945-G1/2”4-φ18
GPR-4019702301490φ351240445320DN80G21/2"13404202782461945-G1/2”4-φ18
GPR-4120102301530φ351240446320DN80G21/2"13804202782461945-G1/2”4-φ18
GPR-4421252301645φ3511240445320DN80G21/2"14954202782461945-G1/2”4-φ18
GPR-4521652301685φ351240445320DN80G21/2"15354202782461945-G1/2”4-φ18
GPR-4822802301800φ351240445320DN80G21/2"16504202782461945-G1/2”4-φ18
GPR-5023602301880φ351240445320DN80G21/2"17304202782461945-G1/2”4-φ18
GPR-5123902301910φ351240445320DN80G21/2"17604202782461945-G1/2”4-φ18
GPR-5425002302020φ351240445320DN80G21/2"18704202782461945-G1/2”4-φ18
GPR-5525402302060φ351240445320DN80G21/2"19104202782461945-G1/2”4-φ18
GPR-6027302302250φ351240445320DN80G21/2"21004202782461945-G1/2”4-φ18

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Product Feature


1. Cost
An important benefit of shell and tube heat exchangers is their cost. They are much less expensive than plate type coolers.


2. Heat Capacity
Heat exchangers have to be able to handle a wide range of temperatures, varying by application. Their ability to deal with extreme temperatures helps maintain production and keep operations moving. Shell and tube heat exchangers have a high temperature working capacity and can be adapted to fit any conditions.


3. Pressure
Shell and Tube Exchangers are tested and designed to withstand the extremes caused by pressure variances and adhere to the Codes of the ASME and PED.


4. Pressure Loss
Shell and tube heat exchangers are designed to deal with pressure loss and keep it to a minimum within the design criteria.


5. Adjustments
The design of shell and tube heat exchangers can be adjusted for adaptation to any production process. Changes in pipe diameter, number of pipes, length of pipes, pipe pitch, and pipe arrangement can be altered to specifically fit the needs of an application.


6. Thermal Expansion
The multi-tube design of shell and tube heat exchangers allows for thermal expansion between the tubes and shell. This configuration gives the heat exchanger the ability to handle flammable and toxic fluids.


China GPR Type 3.5~60m² Shell Tube Heat Exchanger High Efficiency Aluminium Finned Tube Oil Cooler supplier

GPR Type 3.5~60m² Shell Tube Heat Exchanger High Efficiency Aluminium Finned Tube Oil Cooler

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