INNOVATION HUB

Alkaline Electrolyser Membrane Supplier in Munich, Germany

Serving Electrolyser R&D, Automotive Hydrogen, Aerospace sectors in Munich with next-generation AWE separator membranes.

0.1

Ω·cm² Resistance

350

μm Thickness

3x

Lower vs Zirfon

Mesh

Free Design

Local Brief

Munich

Industry Focus

Electrolyser R&DAutomotive HydrogenAerospaceIndustrial Gases

0.1

Ω·cm²

350

μm

3x

Lower

Logistics

Air freight from India to Munich in 5-7 business days

Hydrogen & Electrochemical Industry in Munich

Munich's technology ecosystem, including major research institutions and automotive OEMs, drives hydrogen technology innovation in Germany. Bavaria's industrial base in automotive, aerospace, and precision engineering creates demand for efficient hydrogen production. The region is home to electrolyser technology developers and industrial gas companies investing in electrolysis.

Electrolyser R&DAutomotive HydrogenAerospaceIndustrial Gases
20%

Thinner Profile

3x

Lower Resistance

COMPETITIVE ADVANTAGE

Why IONZERA for Munich

Munich's technology-forward environment values material science innovation. IONZERA's proprietary PSU-TiO2-GO nanocomposite represents a generation leap in AWE membrane technology, aligning with Munich's engineering precision standards and performance-driven culture.

Shipping & Logistics

Air freight from India to Munich in 5-7 business days

Zirfon Alternative

Munich-based OEMs can leapfrog competitors by integrating IONZERA's next-generation nanocomposite membrane instead of conventional Zirfon, offering measurably better stack efficiency.

Membrane Thickness

20% THINNER
Membrane Thickness ComparisonIONZERA350-410 μmZirfon500 μm500 μm scale20-30%thinnerThinner membrane = More compact stacks= Higher power density

Frequently Asked Questions

Can Munich-based electrolyser developers evaluate IONZERA?

Yes. G-Hexa provides evaluation samples for Munich-based developers and research institutions. Contact us for sample requests and technical data packages.

How does IONZERA's nanocomposite technology compare to conventional AWE membranes?

IONZERA's PSU-TiO2-GO architecture combines polysulfone matrix with titanium dioxide nanoparticles and graphene oxide nanosheets, achieving 3x lower resistance than ZrO2-based membranes like Zirfon.

Is IONZERA suitable for automotive hydrogen fueling applications?

Yes. IONZERA enables efficient on-site hydrogen production for vehicle refueling stations, supporting Munich's automotive industry hydrogen transition.

Ready to Start

Request Samples for Your Munich Project

Contact G-Hexa for IONZERA membrane samples, technical specifications, and volume pricing for Munich-based hydrogen and electrochemical projects.

Request a Sample
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