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Witzenmann Cryogenic Liquid Argon (LAR) Transfer Hose
WITZENMANNSPECIALTY HOSE ASSEMBLIES· MADE IN GERMANY

Witzenmann Cryogenic Liquid Argon (LAR) Transfer Hose

SKU: IH-MH-WITZENMANN-CRYO-LARLead time · 84 days
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Witzenmann vacuum-jacketed liquid argon (LAR, -186°C) transfer hose. German-engineered with EN 13648-1 cryogenic coupler. Welding, semiconductor, and inert-gas service.

Key features

  • Hose Family: Cryogenic Assembly
  • Core Material: Type 316L SS
  • Nominal ID Range: DN 13 (1/2") to DN 100 (4")
  • Max Working Pressure: 30 bar
Hose Family
Cryogenic Assembly
Construction Type
Annular Corrugated
Braid Configuration
Double Braid
Core Material
Type 316L SS
Nominal ID Range
DN 13 (1/2") to DN 100 (4")
Max Working Pressure
30 bar
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Product description

The Witzenmann Cryogenic Liquid Argon (LAR) Transfer Hose is an engineered specialty assembly. Cryogenic-rated hose assembly for liquefied gas transfer. Vacuum-insulated outer jacket maintains low boil-off and prevents external icing. Inner core Type 316L SS; matched-alloy braid for full liquid-immersion service.

Construction

  • Type: Cryogenic Assembly — Vacuum-jacketed LAR transfer assembly
  • Inner core: Type 316L SS
  • Braid: Double Braid — Type 316L SS
  • End fitting: DIN 1.4571 / 316Ti SS flanged with EN 13648-1 cryogenic coupler
  • Nominal ID range: DN 13 (1/2") to DN 100 (4")
  • Bend radius (static): 280 mm minimum

Performance

Working pressure 30 bar. Operating temperature -186°C to +60°C continuous. Vacuum-insulated outer jacket — typical boil-off 1-3% per day on standard cryogenic-temperature service.

Applications

  • Welding gas LAR distribution
  • Semiconductor / fab inert gas
  • Industrial LAR rail-loading
  • Stainless-steel processing inert blanket

Compliance

  • ISO 10380:2012 PSL 3
  • Pressure Equipment Directive 2014/68/EU Module H
  • EN 13480 / ASME B31.3
  • EN 13648-1, TÜV / CE marking
  • EN 10204 3.1 / 3.2 mill test reports on request

How to order

Confirm (a) process medium, (b) operating pressure / temperature envelope, (c) end fitting style and matching alloy, (d) overall length, (e) any specific certifications (CGA, UL, Chlorine Institute, NACE). For cryogenic and steam-jacketed assemblies, also specify the host system interface (vacuum-jacket connection, steam supply pressure, condensate return). Indus quotes ex-OEM with full traceability documentation and pressure-test certificates.

Companion products

Specialty assemblies typically integrate with matched-alloy expansion joints, instrumentation tap-offs, and pressure-relief valves. Indus also supplies complete turnkey skids — cryogenic loading, steam-jacket headers, electric-heat control panels, and chlorine-transfer carts — built around these specialty assemblies.

Identification

ParameterValue
Hose FamilyCryogenic Assembly
Construction TypeAnnular Corrugated
OEM Part CodeWX-CRYO-LAR

Construction

ParameterValue
Braid ConfigurationDouble Braid
Core MaterialType 316L SS
Braid MaterialType 316L SS
End Fitting MaterialDIN 1.4571 / 316Ti SS flanged with EN 13648-1 cryogenic coupler

Dimensions

ParameterValue
Nominal ID RangeDN 13 (1/2") to DN 100 (4")
Bend Radius (Static)280 mm
Bend Radius (Dynamic)750 mm
Live Length for Vibration200 mm
Weight2.3 kg/m

Performance

ParameterValue
Max Working Pressure30 bar
Min Burst Pressure120 bar
Safety Factor4
Min Operating Temperature-186 °C
Max Operating Temperature60 °C

Compliance

ParameterValue
ISO 10380 ClassPSL 3
PED 2014/68/EU ModuleModule H
ASME ComplianceEN 13480 / ASME B31.3
NACE MR0175 / ISO 15156no
CGA / UL / Chlorine Institute CertsEN 13648-1, TÜV / CE marking

Shipping & lead time

Lead TimeTypically dispatched within 84 working days.
OriginMade in Germany
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