What energy materials can M19 instruments characterize?
Battery separators, proton-exchange membranes, gas-diffusion layers, electrodes, and active materials — for pore-size distribution and true density/porosity.
Battery & Energy Material Testing Instruments | M19 Lab
Pore-structure and density instruments for battery separators, fuel-cell membranes, GDLs and electrode materials — porometry and helium-pycnometer density for energy R&D.
At M19 Labs, we help energy manufacturers ensure high-quality products with advanced instruments for pore-structure and density characterization of separators, membranes, and electrode materials.
Energy manufacturers push for higher density, safety, and cycle life across batteries, fuel cells and solar. M19 deploys custom-configured instruments so separators, GDLs, and electrodes are validated with accurate, traceable data.
Instruments for Energy
Frequently asked questions
Why does pore structure matter for batteries and fuel cells?
Pore structure governs ionic transport, wettability, and safety in separators and GDLs, directly influencing cell performance and thermal stability.
Which standards do the instruments follow?
ASTM F316, ASTM D6767 for porometry and ASTM B923-10 / C110-15 for density — listed per product.
How does density data help electrode design?
True density and porosity govern volumetric energy density and calendering, so accurate data is key to electrode and cell design.
Is local support available for energy R&D labs?
Yes. Domestic manufacturing gives faster service, ready spares, lower cost and a 2-year extended warranty.