ASME U Stamp Certified 2 Pass TEMA Exchanger U-Bend Design for Thermal Expansion Resistance

Place of Origin: CHINA
Brand Name: YUHONG
Certification: ASME VIII Div. 1, PED/97/23/CE, TEMA R, TEMA C, TEMA B
Model Number: SHELL AND TUBE HEAT EXCHANGER
Minimum Order Quantity: 1 SET
Price: Depend on drawing
Packaging Details: Ply-wooden Case /Iron Case/ Bundle with plastic Cap etc.
Delivery Time: 20-80 days
Payment Terms: T/T, L/C, D/A
Supply Ability: 60 SETS/MONTH
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Specifications
Highlight Features

2 Pass Shell And Tube Heat Exchanger

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2 PASSES TEMA Heat Exchanger

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TEMA shell & tube heat exchanger

Tube:
ASME SA179(MIN)
Tubesheet, Stationary:
ASME SA516 GRADE70
Channel Or Bonnet:
ASME SA516 GRADE70
Channel Cover:
ASME SA516 GRADE70
Tube Bundle:
U BEND TUBE
Pass:
2 PASSES
Code Requirements:
TEMA Type AEU Or BEU. Can Meet TEMA “B”, “C” And “R”, ASME Section VIII Div. 1 And ASME Section III “N” Stamp.
Product Description

ASME U Stamp Certified 2 Pass TEMA Exchanger U-Bend Design for Thermal Expansion Resistance

 

Yuhong ASME VIII Div 1 Heat Exchanger:​​ A robust pressure vessel compliant with stringent ASME standards. Features critical components like Shell & Shell Cover, Channel/Stationary Head, Floating & Stationary Tube Sheets, Straight and U-Tubes for heat transfer, Transverse/Longitudinal Baffles for flow optimization, tie rods, expansion boughs, saddles, safety nozzles, and specialized impingement baffles and floating head assembly for reliability and efficiency.

 

Shell and Tube Heat Exchanger Typical parts and connections

  1. Shell
  2. Shell cover
  3. Shell flange (channel end)
  4. Shell flange (cover end)
  5. Shell nozzle or branch
  6. Floating tube sheet
  7. Floating head cover
  8. Floating head flange
  9. Floating head gland
  10. Floating head backing ring
  11. Stationary tube sheet
  12. Channel or stationary head
  13. Channel cover
  14. Channel nozzle or branch
  15. Tube (straight)
  16. Tubes (U-type)
  17. Tie rods and spacers
  18. Transverse (or cross) baffles or support plates
  19. Longitudinal baffles
  20. Impingement baffles
  21. Floating head support
  22. Pass partition
  23. Vent connection
  24. Drain connection
  25. Instrument connection
  26. Expansion bellows
  27. Support saddles
  28. Lifting lugs
  29. Weir
  30. Liquid level connection

Shell and Tube Heat Exchanger Tube Passes

a, square, When the shell side fluid is fouling and mechanical cleaning is required(tube pitch,in eg. 1inch, 1 1/4 inch)

b, triangular, When the shell side fluid is clean(tube pitch eg. 15/16, 1inch)

c, rotated square, When higher turbulence is required i.e. when Reynolds Number is low (< 2000)

 

Shell and Tube Heat Exchanger Baffle Type

a, cut-segmental baffle

b, disc and doughnut baffle

c, orifice baffle

 

Shell and Tube Heat Exchanger Structural Classification

├── Tubular 

      ├── Double pipe 

      └── Shell & tube 

                                   ├── Fixed tubesheet 

                                   ├── U-tube 

                                   └── Floating head 

 

OTHER TYPES OF HEAT EXCHANGERS

Gasketed / Welded plate and frame heat exchanger

Spiral heat exchanger

Tubular heat exchanger

Plate coils heat exchanger

Scraped surface heat exchanger

 

ASME U Stamp Certified 2 Pass TEMA Exchanger U-Bend Design for Thermal Expansion Resistance 0

Overall Rating
4.3
Based On Recent Reviews
Rating Snapshot
5
33%
4
67%
3
0
2
0
1
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All Reviews
M
Mateo Rossi from Argentina
Jan 21.2026
In our industry, downtime is a killer. This exchanger has been low-maintenance and highly reliable for our biodiesel flow. The ASME certification gives our insurance team peace of mind.
D
Dilshod Karimov from Uzbekistan
Jan 12.2026
We integrated this into our natural gas processing line. The fixed tube design is very compact and fits our layout perfectly. You can tell the materials are heavy-duty—it handles high pressure without a sweat.
A
A*d from Saudi Arabia
Dec 29.2025
We installed this heat exchanger at our petrochemical facility in Jubail Industrial City back in March. The ASME VIII-1 certification was non-negotiable for us, and this unit delivered exactly what we needed. The SA516 Gr485 shell material has held up exceptionally well against our high-temperature process streams, even during the peak summer months when ambient temperatures exceed 45°C. What impressed me most was the quality of the welding—our inspection team did radiography testing on random seams, and all passed with flying colors. The supplier kept us updated throughout fabrication with photos and progress reports, which built a lot of trust. We've had zero leaks or performance issues since startup. Definitely planning to order another unit for our expansion project next year.
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