Hydrogen Filters for H2 Systems

Filters ( 0 )

Category

Type of input current

Weight (in kg)

Fuel

H2 Production Rate (in Nm³/h)

Max Pressure Drop (in bar)

Pressure Drop (in bar)

Max Pressure (in bar)

Min Pressure (in bar)

Min Inlet Pressure (bar)

Nom. Oper. Pressure (in bar)

Max Volume Flow (in lpm)

Max Inlet Pressure (bar)

Max Power (in kW)

Max Input Voltage (in V)

Min Input Voltage (in V)

Electronic Control Interface

Accuracy (in %)

Fluid Connector Type

Connector Threading

Mechanical Connectors

Length (in cm)

Max Inner Diameter (mm)

Max Outer Diameter (mm)

Channel Count

Manufacturing Readiness (MRL)

Technology Readiness (TRL)

Compliant with

Max Ambient Temperature (in °C)

Min Ambient Temperature (in °C)

Max Medium Temperature (in °C)

Min Medium Temperature (in °C)

Max Ambient Humidity (in % r.H.)

Substances Detected

Type of Connection

Min price

€

Max price

€

Find and compare hydrogen filters from leading B2B suppliers with technical specifications for hydrogen and fuel cell applications. Hydrogen filters are used to remove particles, aerosols, oil mist, moisture, chemical contaminants or process impurities from H2 gas streams, helping protect fuel cells, electrolysers, compressors, valves, sensors, regulators, storage tanks and refueling equipment. They are commonly used in hydrogen refueling stations, fuel cell systems, electrolyser systems, storage installations, gas supply lines, test benches and industrial hydrogen processes. Depending on the application, key selection criteria include filtration rating, flow capacity, pressure rating, pressure drop, hydrogen compatibility, filter media, housing material, sealing concept, leakage tightness, temperature range, contaminant type, service life, maintenance interval, certification and system integration. Engineers and buyers can compare hydrogen filters, H2 gas filters, high-pressure hydrogen filters, particulate filters, coalescing filters and filtration solutions for hydrogen systems.