ASME U-Stamp Certified Carbon & Stainless Pressure Vessel

Place of Origin: CHINA
Brand Name: YUHONG
Certification: ASME, ABS, DNV-GL , BV, LR , KR, CCS, PED, TUV, ISO9001, AD2000
Minimum Order Quantity: 1 PCS
Price: NEGOCIATED
Packaging Details: IRON FRAME+PLYWOODEN CASE OR WOVEN BAG
Delivery Time: 20-80 DAYS
Payment Terms: T/T,L/C
Supply Ability: 500 TONS
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Specifications
Highlight Features

ASME U-Stamp pressure vessel

,

carbon stainless pressure vessel

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TEMA heat exchanger vessel

Configuration:
Vertical Or Horizontal Design
Material:
Carbon Steel (ASME SA516 Gr.70 Typical) Or Stainless Steel
Construction Standard:
ASME Section VIII, Division 1 Compliant
Design Pressure:
Based On Worst-case Operating Conditions
Design Temperature:
Maximum/minimum Expected Service Temperature
Corrosion Allowance:
1.5-6mm
Product Description
ASME U-Stamp Pressure Vessel | Carbon Steel & Stainless Steel Fabrication for Oil, Gas, Chemical & Power Industries – Custom Vertical/Horizontal Designs
Need a custom quote for Pressure Vessel? Contact our engineering team directly: jimmy@steelseamlesspipe.com
Product Description

Yuhong Group: Complete Pressure Equipment Solutions – From Components to Complete Vessels

Yuhong Group Co., Ltd. designs and manufactures a comprehensive range of thermal and pressure equipment for global industries. Our core offerings include shell and tube heat exchangers, pressure vessels, air coolers, and a complete supply of critical components: finned tube bundles, U-tube bundles, heat exchanger tubesheets, and all related parts – ensuring full support for new projects and maintenance.

Shown in the attached photographs is one of our pressure vessels – an ASME-coded unit designed for process containment, separation, or storage applications. This vessel showcases our fabrication capabilities for heavy-duty industrial service.

Product Focus: Pressure Vessel – Engineered for Process Containment & Safety

A pressure vessel is a closed container designed to hold gases or liquids at pressures substantially different from ambient. Our vessels serve a wide range of applications – from separation and storage to reaction and heat exchange.

Based on the images, this vessel exhibits:

  • Configuration: Vertical or horizontal design (optimized for site layout)
  • Material: Carbon steel (ASME SA516 Gr.70 typical) – providing strength and cost-effectiveness
  • Construction: ASME Section VIII, Division 1 compliant with U-Stamp certification
  • Features: Manways, nozzles, supports, lifting lugs for safe handling and installation
  • Application: Process containment, separation, or storage

Key Components & Their Functions in a Pressure Vessel

Component Material (Typical) Role in Equipment Performance
Shell Carbon steel (SA516 Gr.70) or stainless steel Primary pressure-containing boundary; designed for internal/external pressure.
Dished Heads Carbon steel (formed) or stainless steel End closures; designed for pressure containment; elliptical or torispherical shapes.
Manway Carbon steel or stainless steel Provides access for internal inspection, cleaning, and maintenance.
Nozzles & Flanges Forged (SA105, SA182) Process inlet/outlet, instrument connections, drain, vent.
Supports (skirt/legs/saddles) Structural steel Support vessel weight; designed for wind, seismic, and operational loads.
Lifting Lugs Carbon steel Facilitate safe lifting and installation.
Heat Exchanger Tube (internal coils) SA179 or stainless steel Provides heating/cooling surface inside the vessel.
Finned Tube Bundle (external) Tube + aluminum/SS fins For external heating/cooling or air-cooled applications.
U-Tube Bundle (internal) Carbon steel or stainless steel Removable tube bundle for heat exchange within the vessel.
Trays / Internals Carbon steel or stainless steel For distillation, absorption, or separation processes.

Technical Highlights of Our Pressure Vessel

  • ASME U-Stamp certified: Full compliance with ASME Section VIII, Division 1 – ensuring global acceptance for safety and regulatory requirements.
  • Custom engineering: Designed to your specific pressure, temperature, volume, and service conditions – with stress analysis for complex geometries.
  • Material flexibility: Carbon steel (SA516 Gr.70), stainless steel (304/316L), chrome-moly (F11/F22), clad plate – selected based on service fluid and environment.
  • NDE (Non-Destructive Examination): 100% RT on critical seams; UT, MT, PT as required by ASME code – ensuring weld integrity.
  • PWHT (Post-Weld Heat Treatment): Applied where required to relieve residual stresses and prevent cracking.
  • Hydrostatic testing: Every vessel is pressure-tested before shipment – documented with test reports.

Knowledge Module: Key Manufacturing Processes for Pressure Vessels

Process Description Importance
Plate Forming Rolling shell plates to cylindrical shape; forming heads Ensures proper geometry for pressure containment
Welding SAW, GTAW, SMAW – depending on thickness and material Critical for joint integrity; requires qualified welders
NDE (RT, UT, MT, PT) Radiography, ultrasonic, magnetic particle, penetrant Detects weld defects; ensures code compliance
PWHT Stress relief in furnace or local heating Prevents hydrogen cracking; relieves residual stress
Hydrostatic Test Filling with water; pressurizing to 1.3× design pressure Verifies integrity of the complete vessel
Surface Preparation Sandblasting, painting, or coating Protects against external corrosion

Knowledge Module: Pressure Vessel Design Considerations

Parameter Consideration Impact
Design pressure Based on worst-case operating conditions Determines wall thickness and material selection
Design temperature Maximum/minimum expected service temperature Affects material selection and PWHT requirements
Corrosion allowance Additional thickness for material loss over service life Extends vessel life; typically 1.5-6mm
Weld joint efficiency Depends on RT requirements (full or spot) Affects allowable stress and wall thickness
Wind & seismic loads Based on site location Determines support design and anchorage
Lifting & transport Weight and dimensions Requires lifting lugs and transport planning

Advantages of Ordering Pressure Vessels from Yuhong Group

  • ASME U-Stamp certification: Full code compliance – accepted worldwide for regulatory and insurance purposes.
  • Complete design & fabrication: From process design to final delivery – all in-house, ensuring quality control and schedule management.
  • Material verification: PMI (Positive Material Identification) on all pressure-retaining components.
  • NDE & documentation: Complete NDE reports, hydrostatic test reports, and ASME data reports included.
  • Component integration: Vessels supplied with internals – coils, trays, baffles – and external accessories such as finned tube bundles.

Component-Only Supply – We Also Provide for Maintenance & Spares

If your existing pressure vessel needs replacement parts, we supply individual components without ordering a complete new vessel:

  • Dished heads – formed to your dimensions and thickness
  • Nozzles and flanges – SA105, SA182 – any facing type
  • Internal coils – carbon steel or stainless steel – for heating/cooling
  • Manway covers and gaskets – complete access closure assemblies
  • Supports – legs, skirts, saddles – fabricated to your drawing
  • Heat exchanger tubes – cut to length, end-prepared
  • Finned tube bundles – for external heating/cooling applications

Typical Applications for Pressure Vessels

Industry Application Vessel Type
Petrochemical / Refining Separators, distillation columns, reactors Vertical columns, horizontal separators
Chemical processing Reactors, storage tanks, knock-out drums Vertical or horizontal, with/without agitation
Power generation Deaerators, feedwater heaters, condensate tanks Carbon steel, ASME code
Oil & gas Separators, scrubbers, slug catchers Horizontal or vertical – high pressure
Pharmaceutical Reactors, buffer tanks, storage vessels Stainless steel, polished internal finish
Food & beverage Mixing tanks, storage vessels Stainless steel, sanitary construction

Knowledge Module: Common Pressure Vessel Failure Modes & Prevention

Failure Mode Cause Prevention
Corrosion Process fluid attack, external environment Proper material selection; corrosion allowance; coatings
Cracking (HIC / SCC) Hydrogen, chlorides, stress PWHT; proper material selection; hardness control
Fatigue Cyclic pressure/temperature Design for fatigue life; NDE monitoring
Brittle fracture Low temperature, thick section Impact testing; material toughness requirements
Erosion High-velocity fluids, particulates Inlet baffles; erosion-resistant materials

Quality Assurance & Documentation

Every pressure vessel we fabricate includes:

  • ASME U-Stamp certification – with Manufacturer’s Data Report
  • Material Test Certificates (MTC) per EN 10204 3.1
  • NDE reports – RT, UT, MT, PT as required
  • PWHT records – time-temperature charts
  • Hydrostatic test report – documented and witnessed
  • PMI (Positive Material Identification) – 100% verification
  • Third-party inspection (SGS, BV, TÜV) – at buyer’s request

Get a Quotation for Your Pressure Vessel

To quote a custom pressure vessel like the one in your photographs, send the following to jimmy@steelseamlesspipe.com:

  • Vessel type (vertical/horizontal, separator, storage, reactor)
  • Design conditions (pressure, temperature, volume)
  • Service fluid (corrosivity, fouling tendency)
  • Required material (carbon steel, stainless steel, clad, alloy)
  • Special features (coils, trays, agitation, insulation)
  • Any drawing or sketch available

We will respond with a technical proposal, general arrangement drawing, and competitive price – typically within 72 hours.

ASME U-Stamp Certified Carbon & Stainless Pressure Vessel

Overall Rating
4.0
Based On Recent Reviews
Rating Snapshot
5
33%
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3
33%
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All Reviews
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.
A
A*i from United Arab Emirates
Jul 15.2025
Delivery was smooth—the unit arrived at Jebel Ali port within the promised timeframe, and the packaging protected it from the dusty environment during transport. Installation was quick because all flange alignments were perfect.
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