DP Mills – Innovating the Future of Size Reduction
DP Pulverizer Americas Inc
Battery & Energy Powder Milling Solutions by DP Pulverizer
DP Mills USA Advanced Milling Solutions For Every Industry

60+

Years of excellence.

7000+

Global
Installations.

32+

Countries
served.
DP Mills USA Battery & Energy Industry
63
Years of experience

Engineered for Precision. Built for the Future of Energy.

In the race toward electrification and clean energy, precision powder processing is non-negotiable. Battery and energy manufacturers require ultra-consistent particle size, strict contamination control, and often inert gas environments for handling reactive or sensitive materials.

At DP Pulverizer, we deliver advanced milling technologies that meet the exacting standards of the battery, supercapacitor, hydrogen storage, and conductive additive industries. Whether you’re producing cathode/anode materials, solid electrolytes, or carbon-based conductive powders, our mills are engineered for performance, safety, and scale.

Trusted by industry leaders worldwide.

Engineering solutions that fuel client success.

Why Battery & Energy Manufacturers Choose DP Pulverizer

Sub-Micron to Fine Particle Control

Achieve narrow particle size distributions (D50 from 1–100 µm) to optimize conductivity and reactivity.

Contamination-Free Grinding

Ceramic, tungsten carbide, and stainless-steel contact surfaces available.

Inert Gas Integration

Jet mills, air classifier mills, and cryogenic mills with N₂ or Ar for oxidation-sensitive materials.

Explosion-Proof & ATEX-Ready

Safe systems for fine metal powders, carbon black, and other volatile materials.

Scalable Systems for Pilot to Production

Modular platforms for R&D labs, pilot plants, and full-scale battery manufacturing lines.

Milling Technologies for Battery & Energy

Ideal For : Lithium compounds, cathode/anode materials, conductive agents
  • Ultra-fine size reduction via high-speed particle collisions
  • No mechanical parts in contact = zero contamination
  • Inert gas options (N₂, Ar) for sensitive materials
  • Ideal for active materials requiring surface area optimization
Common Use : LFP, LCO, NCM, NCA, carbon black, SiO₂, Li₂CO₃
Ideal For : Metal oxides, conductive additives, binder powders
  • Integrated classification system for narrow PSD
  • Optimized for free-flowing dry powders
  • Containment-ready for reactive materials
Common Use : MnO₂, Al₂O₃, conductive carbon, PVDF powders
Ideal For : Heat-sensitive polymers, wax-coated powders, lithium-based compounds
  • Liquid nitrogen embrittlement reduces smearing & thermal degradation
  • Maintains powder structure & integrity
  • Ideal for temperature-sensitive or encapsulated powders
Common Use : PTFE, polymer binders, wax-based cathodes, temperature-activated additives
Ideal For : Light, fibrous, or low-density materials
  • High-speed airflow impact ensures low heat and uniform results
  • Ideal for aerogel-based materials, carbon-based carriers
  • Optional classifier for fine control
Common Use : Carbon nanotubes, expanded graphite, graphene oxide
Ideal For : Dry polymers, binders, and auxiliary compounds
  • High-energy impact for medium-fine grinding
  • Compact design for integration with other process equipment
  • Suitable for secondary materials that don’t require ultra-fine output
Common Use : Carboxymethyl cellulose (CMC), SBR rubber, starch-based additives
Ideal For : Pilot lines, R&D, or multi-material facilities
  • Change between pin, hammer, and turbo configurations
  • One machine handles different particle specs & hardness levels
  • Available in inert gas or explosion-proof configurations
Common Use : Versatile support for evolving battery chemistries and next-gen materials
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