Cell Lab Laboratory Airflow Pulveriser – For Solid-State Battery Materials

Cell Lab Laboratory Airflow Pulveriser [For Solid-State Battery Materials]

Ultra-fine airflow milling for sensitive and high-purity powders

The Cell Lab Laboratory Airflow Pulveriser is a precision engineered system for ultra-fine dry milling of solid-state battery materials, including solid electrolytes, electrode powders, and nanostructured oxides. By operating at low temperatures and avoiding any metal-to-metal contact, it preserves the crystalline integrity and chemical purity of heat-sensitive materials while ensuring uniform particle size distribution and excellent dispersibility.

Ideal for R&D laboratories in energy storage, nanomaterials engineering and advanced functional materials research, this pulveriser supports controlled particle reduction for enhanced ionic conductivity and material reactivity in solid-state battery development.

Key Features

• Efficient Fine Crushing – Generates uniform ultra-fine particles, improving electrode performance and reaction kinetics.

• Low Thermal Impact – Maintains low-temperature operation to protect heat-sensitive materials from degradation.

• High Purity Operation – Ceramic-lined grinding chamber eliminates metal contamination for high-purity outputs.

• Tool-free Cleaning – Quick-clamp connections and smooth interior design enable rapid maintenance and residue-free operation.

• Precision Feed Control – Frequency-controlled stainless steel feeder ensures accurate dosage and process repeatability.

• Cleanroom Friendly – Fully sealed, dust-free system suitable for use inside glove boxes or controlled lab environments.

Specifications:

Applications & Industries

• Solid-state battery R&D

• Electrolyte and cathode powder processing

• Nanomaterials and ceramic oxide synthesis

• High-purity phosphor and fluoride materials

• Research labs requiring metal-free milling environments

FAQ

Q1: Can the system operate continuously for long-term experiments?
A1: Yes, its airflow-driven design and non-rotating structure enable continuous, low-wear operation with minimal maintenance.

Q2: Is the machine suitable for handling moisture-sensitive materials?
A2: Yes, it can be integrated into glove boxes or dry rooms for inert-gas operation when processing lithium-based or hygroscopic materials.

Q3: What is the minimum achievable particle size?
A3: Typically below 5 µm, depending on airflow pressure and feed rate parameters.

Q4: Does it require a vacuum or inert gas connection?
A4: No vacuum is needed; it operates purely by compressed airflow, but nitrogen can be used as an inert gas option if required.

Q5: What materials are recommended for the ceramic liner?
A5: Alumina and zirconia liners are available to match specific hardness and purity requirements.