IRONWELD Argon Regulator Welding Twin Gauge - PREMIUM

IRONWELD Argon Regulator Welding Twin Gauge - PREMIUM — image 1

The IRONWELD IW6002 is a professional-grade, single-stage Argon regulator designed for precision gas flow control in MIG and TIG welding applications. Engineered for the heavy-duty demands of industrial fabrication, this regulator prioritizes structural integrity and operator safety through its premium material selection and robust internal architecture.

  • Universal fittings alike the Cigweld and Unimig Argon Regulator
SKU:IW6002
AU$82.50FREE EXPRESS
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5 Year Warranty

Full Brass Construction

IRONWELD Argon Regulator Twin Gauge - PREMIUM

Premium Solid Brass Construction 

Unlike many market alternatives that utilize a combination of copper and aluminium alloys to reduce production costs, the IW6002 features a forged solid brass body

  • Structural Integrity: Solid brass offers superior tensile strength compared to aluminium-hybrid bodies. This is critical when handling high-pressure cylinders where internal pressures can reach 20,000 kPa (approx. 3,000 PSI)

  • Overpressure Safety: In the event of a primary valve failure or a sudden pressure surge, the dense grain structure of forged brass provides significantly higher resistance to "body rupture" than lighter alloy mixes. 

  • Thread Durability: Brass-to-brass or brass-to-steel connections are less prone to galling or stripping, ensuring a gas-tight seal over years of cylinder changeouts. 


Key Technical Features 

  • Part Number: IW6002 

  • Gas Service: Argon / Argon-CO2 Mixtures 

  • Inlet Connection: AS2473 Type 10 (Standard Australian/NZ Stem) - Same as Cigweld and Unimig Argon Regulators

  • Dual Gauge Interface: * Cylinder Pressure Gauge: Monitors the remaining gas volume in the tank. 

  • Flow Meter Gauge: Provides accurate delivery readings in Liters Per Minute (LPM). 

  • Precision Diaphragm: Equipped with a high-tensile diaphragm designed for consistent delivery pressure, preventing "gas surge" at the start of a weld which can cause porosity.