Membrane Electrode Manufacturing
MEA preparation and repeatable process control for the agreed electrochemical design.
FACTORY-BACKED PEM STACK TECHNOLOGY
The Heart of Green Hydrogen.
Engineered for Lifespan.
Our manufacturing partner develops the electrochemical core across MEA preparation, corrosion-resistant current collectors, bipolar plates, high-pressure sealing, stack design and testing. ST Hydrogen coordinates international specifications, documentation and commercial delivery.
PEM stack pressure boundary: model-specific maximum withstand ratings up to 3.5 MPa · Configured operating pressure and final outlet conditions require engineering review
INDUSTRIAL STACK / ST-PEME-5-C45° PRODUCT VIEW
OEM ELECTROCHEMICAL CORE
Engineered for cabinet integration.
Configurable ports, monitoring interfaces and compression architecture for the agreed operating envelope.
60–5000mL/min · listed R&D models
1.0–5.0Nm³/h · OEM module range
Up to 3.5MPa · listed OEM withstand rating*
HOW PEM ELECTROLYSIS WORKSOne membrane.
One membrane.
Two controlled pathways.
At the anode, deionized water is split into oxygen, protons and electrons. Protons cross the PEM while electrons travel through the external circuit; they recombine at the cathode to form hydrogen.
CORE ENGINEERING CAPABILITIESFrom electrochemical layers
From electrochemical layers
to integrated validation.
Corrosion-Resistant Current Collection
Collector material and surface-treatment choices reviewed against the operating environment.
Bipolar Plate Design & Machining
Flow-field, manifold and manufacturability considerations developed around the target duty.
High-Pressure Sealing Architecture
Seal geometry and compression strategy engineered for the specified pressure envelope.
Stack Design & Integrated Testing
Stack assembly, pressure checks and performance testing documented against agreed criteria.
System Design & Integration
Mechanical, electrical and control interfaces coordinated for OEM and cabinet integration.
THREE ENGINEERING PATHSChoose the core.
Choose the core.
Define the evidence.
Navigate by development stage: electrochemistry research, commercial system integration or controlled stack validation.
CATEGORY 1 · RESEARCHR&D & Laboratory
R&D & Laboratory
Electromembrane Stacks
For university laboratories and MEA development teams that need repeatable test geometry, documented interfaces and clear I–V evidence.
MICRO-SCALE EVALUATION01
ST-PEME-60-C
Catalyst-loading sweeps, membrane degradation studies and early-stage electrochemistry evaluation.
- H₂ output
- 60 mL/min
- Electrical rating
- 8 A / 3.5 V
- Mass
- 0.3 kg
- Max. withstand
- 0.5 MPa*
- Typical lead time
- Within 7 days*
STANDARD LAB CORE02
ST-PEME-300-C
Research-bench integration with pre-compressed architecture and configurable water-routing interfaces.
- H₂ output
- 300 mL/min
- Electrical rating
- 20 A / 7 V
- Mass
- 0.91 kg
- Max. withstand
- 0.5–3.5 MPa*
- Typical lead time
- Within 7 days*
FLAGSHIP RESEARCH MODEL
HIGH-CURRENT RESEARCH03
ST-PEME-5000-C
For advanced high-current research rigs requiring uniform flow distribution and cell-level performance evidence.
- H₂ output
- 5.0 L/min
- Electrical rating
- 55 A / 39 V
- Mass
- 4.5 kg
- Max. withstand
- 0.5 MPa*
- Typical lead time
- Within 7 days*
* Small-stack lead time is typically within 7 days after model, interfaces and order details are confirmed.
CATEGORY 2 · SYSTEM INTEGRATIONOEM Commercial
OEM Commercial
Stack Modules
Core modules for integrators building power-to-gas pilots, hydrogen cabinets and renewable-energy systems.
1.0–2.0 Nm³/h
ST-PEME-1-C / ST-PEME-2-C
Medium-scale stack platform for pilot cabinets and distributed hydrogen systems.
- Output scope
- 1.0–2.0 Nm³/h
- Max. withstand
- 3.5 MPa*
- Electrical rating
- ST-PEME-1-C: 355 A / 21 V
ST-PEME-2-C: 355 A / 42 V - Mass
- 68 kg / 75 kg
- Typical lead time
- About 1 month*
OEM INTEGRATION FLAGSHIP
5.0 Nm³/h
ST-PEME-5-C
Higher-capacity commercial module with configurable sensor and mechanical interface options.
- Nominal output
- 5.0 Nm³/h
- Electrical rating
- 355 A / 102 V
- Max. withstand
- 3.5 MPa*
- Mass
- 95 kg
- Typical lead time
- About 1 month*
* Industrial-stack lead time is typically about one month after technical configuration and order confirmation.
CATEGORY 3 · VALIDATIONElectrolyzer Diagnostic
Electrolyzer Diagnostic
& Testing Platforms
Testing architectures for laboratory evaluation, factory acceptance testing and repeatable polarization characterization.
PC / PLC Testing Bench
Automated I–V sweeping, data logging, water-temperature control and configurable pressure interlocks. LabVIEW interface support is reviewed per project.
Request bench specification
Manual Evaluation Rig
Compact initial-screening platform with visible flow path, basic electrical measurement and manual gas collection.
Request rig specificationDEVELOPER & INTEGRATION RESOURCE HUBMove from product interest
Move from product interest
to interface review.
Request the engineering files your mechanical, electrical and controls teams need for an initial fit assessment.
Controlled files may require an NDA and an identified project before release.
B2B EVIDENCE GATEEvery claim needs
Every claim needs
a test condition.
Define
Duty cycle, inlet conditions, output target and integration boundaries.
Configure
MEA, coating, flow field, compression, seals, ports and monitoring.
Validate
I–V curve, pressure test, leakage method and acceptance criteria.
Release
Datasheet, ICD, STEP model and agreed quality documentation.
CUSTOMIZATION RFP ENGINESpecify the stack,
Specify the stack,
not just the flow rate.
Give the electrochemistry and interface constraints required for a meaningful proposal.
≤ 3 daysTarget for initial engineering response
on business days
on business days