Ni foam substrate
Porous 130 ppi substrate
Is this the right product?
Can the anode remain a controlled variable in your comparison?
HXP-an is an OER anode with NiFe LDH grown directly on a Ni foam substrate. Review the material architecture, standard formats and test conditions before selecting the size for your study.
Choose this product when
- Development aiming to lower AEM electrolysis anode cost with NiFe-LDH on nickel foam
- Research evaluating a NiFe-LDH OER anode in a single cell or short stack
- MEA fabrication or electrode cutting that needs a standard or custom-size anode
Product and supply boundary
The substrate and catalyst layer form one electrode architecture
The OER anode is made by growing a NiFe LDH catalyst layer directly on a porous Ni foam substrate. It contains no platinum-group metal and no iridium.
NiFe LDH growth
Grown directly on the substrate
OER anode evaluation
Compared with bare Ni foam under the same condition
Included supply scope
- 130 ppi Ni foam anode with NiFe-LDH grown directly on the substrate
- Standard 200 × 300 mm · 300 µm; other sizes and thicknesses made to order
- Recommended operating and measurement conditions with available performance data
Customer preparation
- Cell hardware and membrane (our HXS-0 cell can be used)
- An evaluation protocol (current density, electrolyte concentration, temperature, test duration)
- Target thickness, size and quantity if a custom specification is needed
Validation evidence
Measured data and test conditions
Measured results, catalogue data and design targets remain clearly separated. Full charts retain their test conditions.
Compare the OER response of HXP-an and bare Ni foam under the same three-electrode condition.
Open full charts and test conditions1 datasets
TEST DATA
OER polarization · 3-electrode half-cell (NiFe vs bare Ni foam)
Compare the OER response of HXP-an and bare Ni foam under the same three-electrode condition.
Application context
Customer applications
These records describe the selection purpose and application context, not customer-verified performance.
Technical details
Full specifications and supply terms
Full specifications, support terms and review documents remain available without interrupting the first product decision.
Complete product specifications15 items
| Material | Ni-Fe @ Ni foam |
|---|---|
| Catalyst | NiFe LDH (OER) |
| Pore | 130 ppi |
| Porosity | 95–98% |
| Test condition | 0.3 M KOH · room temperature (3-electrode) |
| Standard format · stack grade | 200 × 300 mm · thickness 300 ± 20 µm |
| Standard format · laboratory grade | 100 × 100 mm · thickness 3.0 ± 0.2 mm |
| Custom | Custom size and thickness available (L ≤ 300 mm · W ≤ 200 mm) |
| Minimum order | One sheet · no minimum order value |
| Lead time | Standard 2 weeks · custom up to 2 months |
| Outgoing inspection | Dimension and thickness measurement, visual inspection of every sheet |
| Fabrication | Grown directly on a Ni foam substrate (binder-free) |
| Specific surface area (BET) | Approx. 25× that of Ni foam |
| Tafel slope | 98.7 mV/dec (three-electrode) |
| Accelerated stress (AST) | 10,000 cycles completed (1.0 ↔ 0.05 A/cm² · 5 s) |
How to cite in a paper1 item
Use the line below in the Methods section when reporting the material source.
NiFe LDH on Ni foam (HXP-an, HydroXpand Inc., Republic of Korea)- Specification
- Ni foam 130 ppi, 95–98% porosity, 3.0 ± 0.2 mm thick
- Test condition
- 0.3 M KOH, room temperature, three-electrode
Ask [email protected] if the lot number is required.
Support, lead time and commercial terms3 items
Replacement & technical support
The anode uses our own synthesized NiFe-LDH, so replacements to the same specification come directly from us. We sign an NDA where detailed performance data or test results need to be exchanged.
Lead time & status
Available · 2 weeks from PO acceptance for standard formats (custom up to 2 months)
Commercial terms & origin
EXW basis; DAP and other terms by agreement. Country of origin is the Republic of Korea, with certificate of origin provided.