Two Stage Gas Regulators Dealers in Navi Mumbai

(3 products available)
  • Two Stage Piston Type Regulator

    Two Stage Piston Type Regulator

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    1 Piece (MOQ)

    • Material: Stainless Steel
    • Certification: ISI Certified
    • Application: Pressure Measuring
    • Color: Metallic
    • Pressure Range Inlet: Max. 250 Kg/cm2
    • Pressure RangOutlet: 1 to 200 Kg/cm2 adjustable
    • Flow Rate: 3200 LPM

    Noble Engineers offer two stage pressure regulators for gases like N2/H2/Helium/Argon/ O2 etc. with precision pressure control. SS 304 bar stock body/bonnet. 10 micron sintered bronze filter. Low wetted surface area requiring minimal purge requirement. Field-adjustable pressure limit to safeguard downstream equipment. Teflon seal & seat. Smooth internal/external surface. Low droop to ensure stable outlet pressure. These regulators are intended for pressure control on corrosive, high purity gases in application where fluctuations in outlet pressure due to diminishing inlet supply pressure cannot be tolerated.

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  • Two Stage High Pressure Regulator

    Two Stage High Pressure Regulator

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    • Industrial Use: Locomotive Workshop
    • Pressure: High Pressure
    • Flow Rate: 200-300Lpm, 300-400Lpm
    • Preset Regulating: 20-30psi, 20-40psi, 40-50psi
    • Working Pressure: 0.1-10.0 bar

    Features : Sturdiness Corrosion-resistance Enhanced durability

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  • Best Deals from Two Stage Gas Regulators

  • Two-stage gas regulators

    Two-stage gas regulators

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    Two-stage pressure regulators reduce cylinder pressure to delivery or outlet pressure in two steps. Two stage regulators work in much the same way as single stage regulators with one main difference. Rather than having one diaphragm and poppet, they have two. The first stage reduces the pressure, but as the cylinder empties, the pressure exerted on the first stage decreases allowing the flow to increase. It happens in just the same way as the single stage regulator, but here is the clever bit: the outlet pressure still remains constant with no need to adjust the regulating knob. The reason for this is the second stage. This second stage is constructed in a similar manner to the first, but the pressure being exerted on the second diaphragm and valve stem is much less. Stage one is regulating very high pressures from the cylinder and reducing them down to extremely low pressures. Therefore it is low pressure gas that passes through the second poppet. The regulator outlet pressure doesn't creep because the low pressure passing through the second stage is too low to cause an imbalance on the diaphragm.

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