Mixers & Mills

Mixers and mills sit between raw powder and a coatable, pressable, or sinterable feedstock — and the architecture you pick at each stage decides whether your electrodes hit target capacity or pinhole through every meter of foil. This top-level section gathers every comminution and homogenization platform EChem Supplies stocks for battery, fuel-cell, and electrolyzer R&D, organized by where the equipment sits in a typical powder-to-slurry-to-electrode workflow.

Working upstream to downstream:

• Primary size reduction — start with Crushers for jaw-style compressive fracture of bulk lumps, sintered pellets, and recycling feedstock, then move to Jet Mills when sub-micron, contamination-free grinding under inert gas is required for cathode actives or moisture-sensitive solid electrolytes.
• Media-based fine milling — Ball Mills cover planetary, vibratory, attrition, and rolling formats spanning impact, shear, and gentle cascade for ceramics, sulfide electrolytes, and slurry homogenization, while Sand Mills push wet slurries into the deep-submicron range for nano-active materials, CNT dispersions, and catalyst inks.
• Gentle and specialty grinding — Mortar Mills automate mortar-and-pestle motion for shear-sensitive layered oxides, sulfide and halide electrolytes, and sulfur-rich Li-S cathodes where ball-mill impact would amorphize the lattice.
• Powder and slurry homogenization — Dry Mixers handle solvent-free blending and PTFE fibrillation for dry electrode workflows, while Wet Mixers cover planetary vacuum mixers, 3D shakers, nano sand mills, and slurry filters for PVDF/NMP and aqueous CMC/SBR pastes.
• Classification and tooling — Sieving Machines set the upper and lower particle-size cuts that protect every downstream step, and Accessories supply the wear-part jars, media, and fixtures that govern contamination across the whole line.

If you are building a new electrode line, start with the wet or dry mixer matched to your binder system; for raw-material preparation, work crushers into jet or ball mills, then classify on the sieving page before slurry casting.