Specifications
Tube-side pressure :
Up to 200 bar
Bundle design :
Spiral wound with multiple layers
Payment Terms :
T/T,L/C
Model Number :
ASME SA213 TP304/316L
Packaging Details :
IRON FRAME+PLYWOODEN CASE OR PALLET
Central core material :
Stainless steel seamless
Temperature approach :
1-2°C
Price :
NEGOCIATED
MOQ :
1 SET
Delivery Time :
20-80 DAYS
Place of Origin :
CHINA
Brand Name :
YUHONG
Tube material :
Stainless steel seamless (304/316L)
Certification :
ASME, ABS, DNV-GL , BV, LR , KR, CCS, PED, TUV, ISO9001, AD2000
Heat transfer area :
5 times more than straight-tube bundles
Supply Ability :
500 TONS
Description
ASME SA213 Spiral Wound Exchanger Bundle for Cryogenic Use
Compact High-Pressure Design for Gas Processing, LNG & Cryogenic Service – ASME SA213 TP304/316L
Yuhong Group: Precision Tube Bundles & Thermal Components

Yuhong Group Co., Ltd. engineers and supplies complete shell & tube heat exchangers, pressure vessels, air coolers, as well as high-performance tube bundles for retrofit and new projects. Our portfolio includes U-tubes, finned tubes, heat exchanger tubes (stainless steel, nickel alloy, copper alloy), heat exchanger tubesheets, baffles, heads, and advanced spiral wound tube bundles - a compact, high-efficiency alternative for demanding thermal duties.

Product Focus: Stainless Steel Spiral Wound Tube Bundle

The stainless steel spiral wound tube bundle is engineered for applications where space is limited but thermal performance cannot be compromised. Unlike conventional straight-tube bundles, this design consists of multiple layers of continuous spiral-wound seamless tubes (ASME SA213 TP304/304L or TP316/316L) wrapped around a central core. Each layer is separated by precision-spaced rods, creating multiple parallel flow paths on the shell side while the tube side fluid travels a long helical path. The result is extremely high heat transfer area per unit volume, true counter-current flow, and the ability to handle large temperature crosses with approach temperatures as low as 1-2°C.

Need a custom quote for Spiral Wound Tube Bundle? Contact our engineering team directly: jimmy@steelseamlesspipe.com

Key Components & Their Functions
Component Typical Material Role in the Heat Exchanger
Spiral wound heat exchanger tube Stainless steel seamless (304/316L) Carries the tube-side fluid; long helical path induces turbulence and enhances heat transfer
Central core tube Stainless steel seamless Supports inner winding layers; may distribute fluid to the bundle
Layer spacer bars Stainless steel rod/bar Maintain precise gap between tube layers; creates shell-side flow channels
End tubesheets Forged stainless steel (SA182 F304/316L) Anchors all tube ends; drilled in a spiral pattern matching the winding layers
Winding bandage / straps Stainless steel Secures the wound bundle during insertion and operation
Optional fin tube on outer layers Stainless steel base + aluminum/SS fin Increases surface area when cooling low-pressure gas; boosts overall capacity
Impingement shield (inlet nozzle area) Stainless steel Protects outer tube layers from high-velocity inlet erosion
Technical Advantages Over Straight Tube Bundles
  • Up to 5 times more heat transfer area in the same shell diameter - ideal for retrofitting more duty into existing shells
  • Handles very high tube-side pressure (e.g., 200 bar natural gas) because small-diameter tubes are inherently strong
  • Achieves close temperature approaches - essential for cryogenic liquefaction (LNG, nitrogen, ethylene)
  • Reduces plot space and piping - a single spiral wound exchanger can replace multiple straight-tube units
Technical Highlights of Our Fabrication
  • Controlled winding tension: Prevents tube flattening or wall thinning; ensures consistent layer spacing
  • Layer-by-layer leak testing: Each tube layer is pressure-tested before the next layer is wound - full bundle is finally helium-leak tested
  • Precision-machined tubesheet: Spiral hole pattern matches the tube exit positions exactly - no stress on tube ends
  • Thermal stress relief: The spiral design naturally accommodates differential expansion between tube layers
Performance Comparison: Spiral Wound vs Straight Tube Bundles
Operating Requirement Straight Tube Bundle Spiral Wound Bundle
Large duty in limited space Not feasible - requires longer shell or larger diameter Excellent - high area density
Tube side pressure >100 bar Requires very thick tubesheet and shell Still compact - small tube diameter handles high pressure
Temperature approach <5°C Difficult - cross-flow leads to temperature pinch Achievable - near true counter-flow
Shell side fouling prone Better - can be mechanically cleaned Limited - chemical cleaning only
Ease of inspection Removable bundle allows visual inspection Non-removable from shell - NDT methods used
Typical Applications
  • Liquefied natural gas (LNG) plants - main cryogenic heat exchanger (MCHE) bundles
  • Air separation units (ASU) - nitrogen/oxygen liquefiers and reboilers
  • Petrochemical cold boxes - ethylene, propylene, and methane heat exchange
  • Hydrogen cooling and liquefaction - high-pressure, low-temperature service
  • Chemical plants - feed/effluent heat exchange for high-pressure synthesis (methanol, ammonia)
Component-Level Supply for Maintenance & Spare Parts

Even if you don't need a full bundle, we provide individual components to repair or upgrade your existing spiral wound exchanger:

  • Heat exchanger tubes (stainless steel seamless) - cut to length, annealed, and cleaned for winding
  • Spacer bars and layer strips - precision-cut to your original gap dimensions
  • Heat exchanger tubesheet (forged stainless steel) - custom-drilled with spiral hole pattern
  • Fin tube - stainless steel base with extruded fins for outer layer upgrades
Advantages of Replacing Your Worn Spiral Wound Bundle
  • Exactly matches original bundle geometry - we work from your drawing or field dimensions
  • Same or upgraded tube material - choose TP304L, TP316L, or duplex for higher corrosion resistance
  • Faster delivery than buying a complete new exchanger
  • Full documentation - material certificates, winding records, hydrotest and leak test reports
Industries We Serve
  • Oil & gas - offshore gas processing, LNG export terminals
  • Petrochemical - ethylene crackers, methanol plants
  • Power generation - hydrogen cooling for generators
  • Industrial gases - air separation, nitrogen rejection units
Get a Technical Quote for Your Spiral Wound Bundle

Send your bundle drawing, shell internal dimensions, or service conditions to jimmy@steelseamlesspipe.com. Our engineers will:

  • Verify compatibility with your existing shell
  • Propose tube material, layer count, and winding pitch
  • Provide a detailed price and delivery schedule - typically 12-14 weeks for custom spiral wound bundles
ASME SA213 Spiral Wound Exchanger Bundle for Cryogenic Use
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ASME SA213 Spiral Wound Exchanger Bundle for Cryogenic Use

Ask Latest Price
Tube-side pressure :
Up to 200 bar
Bundle design :
Spiral wound with multiple layers
Payment Terms :
T/T,L/C
Model Number :
ASME SA213 TP304/316L
Packaging Details :
IRON FRAME+PLYWOODEN CASE OR PALLET
Central core material :
Stainless steel seamless
Contact Supplier
ASME SA213 Spiral Wound Exchanger Bundle for Cryogenic Use
ASME SA213 Spiral Wound Exchanger Bundle for Cryogenic Use
ASME SA213 Spiral Wound Exchanger Bundle for Cryogenic Use
ASME SA213 Spiral Wound Exchanger Bundle for Cryogenic Use

YUHONG HOLDING GROUP CO., LTD

Verified Supplier
2 Years
ningbo
Since 1990
Business Type :
Manufacturer, Exporter, Trading Company, Seller
Total Annual :
50M-75M
Employee Number :
50~850
Certification Level :
Verified Supplier
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