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TEMA Heat Exchanger
Created with Pixso. HIC-Resistant Carbon Steel Shell & Tube Heat Exchanger | NACE TM0284 Certified for Wet H₂S Service

HIC-Resistant Carbon Steel Shell & Tube Heat Exchanger | NACE TM0284 Certified for Wet H₂S Service

Brand Name: YUHONG
Model Number: Carbon Steel Shell & Tube Heat Exchanger
MOQ: 1 SET
Price: Depend on drawing
Delivery Time: 20-80 days
Payment Terms: T/T, L/C, D/A
Detail Information
Place of Origin:
CHINA
Certification:
ASME VIII Div. 1, PED/97/23/CE, TEMA C, NACE TM0284
Test:
HIC Test NACE TM0284 Certified
Tubesheet - Stationary:
ASTM A516/70
Channel Cover:
ASTM A516/70
Channel Or Bonnet:
ASTM A516/70
SIZE:
Øext 508 THK 13
Tube No.:
2897
OD:
25.4
Thk:
2.11 (4)
Pitch:
31.75
Packaging Details:
Ply-wooden Case /Iron Case/ Bundle with plastic Cap etc.
Supply Ability:
60 SETS/MONTH
Highlight:

carbon steel shell and tube heat exchanger

,

NACE TM0284 shell tube heat exchanger

,

NACE TM0284 tema type exchangers

Product Description

HIC-Resistant Carbon Steel Shell & Tube Heat Exchanger | NACE TM0284 Certified for Wet H₂S Service

 

Our factory specializes in the design and manufacturing of HIC-resistant carbon steel shell & tube heat exchangers, with state-of-the-art technology to ensure compliance with NACE TM0284 standards. We emphasize stringent quality control, using advanced testing methods to ensure resistance to hydrogen-induced cracking (HIC), making our exchangers ideal for wet H₂S environments in industries such as oil & gas, petrochemicals, and refineries.


Common Carbon Steel Grades and Components

Component Material Grade Features
Shell SA516 Gr. 70 (HIC Tested) Excellent strength & crack resistance
Tubes SA179 / SA210 (HIC Tested) High thermal conductivity
Tube Sheets SA516 Gr. 70 or SA350 LF2 Resistance to sulfide stress cracking (SSC)
Baffles Carbon Steel (CS) Supports efficient heat transfer
Gaskets Spiral-wound SS with Graphite Seals under high-pressure conditions

Advantages and Disadvantages of Carbon Steel Heat Exchangers

Advantages Disadvantages
Cost-effective compared to stainless steel Limited resistance to high corrosion
High mechanical strength Requires regular maintenance
Suitable for wet H₂S and sour gas environments Lower lifespan in highly acidic media
Easy to fabricate and repair Can be heavier than alternative materials

Common Types and Industry Applications

Heat Exchanger Type Features Industry Applications
Fixed Tube Sheet Simple design; cost-effective Refineries, gas processing plants
U-Tube Handles thermal expansion Petrochemical heat recovery
Floating Head Easy cleaning and maintenance Fertilizer and chemical production
Kettle Reboiler High vaporization efficiency Distillation columns, power plants

 

HIC-Resistant Carbon Steel Shell & Tube Heat Exchanger | NACE TM0284 Certified for Wet H₂S Service 0