Definition of Miro Pressure Regulator

Miro Pressure Regulator, also known as Miro Pressure Regulating Valve or Miro Pressure Reducer, is a type of pressure regulator specifically designed for ultra-low pressure applications. It delivers extremely stable outlet pressure. Adopting a single-stage diaphragm pressure reducing structure, it uses rubber and PTFE diaphragms for pressure transmission. It is mainly applied in low to medium flow gas systems, and there are also ultra-low pressure liquid pressure regulators suitable for liquid systems.

Product Features of Miro Pressure Regulator

1. Suitable for ultra-low pressure control scenarios.

2. Single-stage pressure reducing structure.

3. Adopts large-area diaphragm design.

4. Body threads: Inlet and outlet ports with sizes of 1/4", 1/2", 3/4", and 1-2"NPT (F), as well as flange connections.

5. Built-in filter screen.

6. Available for panel-mounted or wall-mounted installation.

Technical Parameters of Miro Pressure Regulator

Product Name: Miro Pressure Regulator

Inlet Port Size: 1/4" to 1-1/2"T

Outlet Port Size: 1/4"NPT to 1-1/2"NPT

Connection Type: NPT (F), NPT (M), ferrule fittings, welded fittings, and other types of fittings available as options.

Inlet Pressure: 10Psi ~ 10000Psi

Outlet Pressure: 0-2kPa, 0-5kPa, 0-10kPa, 0-20kPa

Operating Temperature: -40℃ ~ +165℃

Flow Coefficient (CV): 0.06 ~ 6.5

Leakage Test: Bubble test

Weight: 1KG ~ 8.5KG

Valve Body Material: SS316, SS316L

Structure Type: Diaphragm type, piston type

Suitable Medium: Gases, etc.

Test Pressure: 1.5 times the maximum outlet pressure

Application Fields of Miro Pressure Regulator

Gas manifolds, petrochemical industry testing equipment, gas purging systems, corrosive gases, specialty gases, high-purity gases, gas chromatographs, gas lasers, etc.