Nerva H2Sep 300
A thinner separator for higher current density in next-generation alkaline stacks.

Nerva H2Sep 500 is available for evaluation now. It drops into 500 µm-class stacks and delivers more current at the same cell voltage.
A porous, nanomaterial-modified zirconia–polymer composite separator for alkaline water electrolysis. It combines low ionic resistance with high strength, usually a trade-off.
| Property | Nerva H2Sep 500 |
|---|---|
| Thickness | 430 ± 30 µm |
| Ionic resistance | 0.2 Ω·cm² |
| Bubble point | 2.5 ± 1 bar |
| Max. operating temperature | 100 °C |
| Tensile strength vs reference | ≈ 2.7× |
| Cell current vs reference at 2.4 V | +38% (RT), +26% (80 °C) |
Measured at IIT Bombay against a commercial 500 µm-class reference. Typical values, not a specification. The full datasheet is shared under NDA.
Performance data and FAQsEach product is released only when it has been proven with customers. No dates are promised.
A thinner separator for higher current density in next-generation alkaline stacks.
A separator grade for stacks that run hotter, for higher efficiency.
Activated nickel electrodes matched to our separator, and assemblies that arrive ready to stack.
Anion-exchange membranes on the same nanomaterial science, for precious-metal-free electrolysis.
Anion-exchange-membrane electrolyser stacks with Indian-owned technology.

We develop new grades, electrodes and assemblies with the stack makers who will use them. If you need a thinner sheet, a hotter grade or a ready-to-stack assembly, tell us your design.
A4 samples ship in about two weeks, with a certificate of analysis.