Cell Lab Laboratory De-ironing & Filtration Unit for Battery Slurry [Dual-Function | 8000–10000 Gauss | 5 L Capacity]

Cell Lab Laboratory De-ironing & Filtration Unit for Battery Slurry [Dual-Function | 8000–10000 Gauss | 5 L Capacity]

Dual-function vacuum filtration and magnetic de-ironing for high-purity electrode slurry processing

The Cell Lab™ Laboratory De-ironing & Filtration Unit is a compact, dual-function system integrating vacuum filtration and magnetic separation to achieve superior slurry purity for lithium-ion and solid-state battery research. Designed for electrode material preparation, this unit efficiently removes ferrous impurities and metallic debris from mixed slurries before coating, ensuring consistent film quality and enhanced electrochemical performance.

With its easy-to-operate design and strong magnetic field (up to 10 000 Gauss), this device is an essential quality-control step for R&D labs and pilot-scale material processing in the energy, chemical, and pharmaceutical industries.

Key Features

• Magnetic De-Ironing (8000–10000 Gauss)
Removes metallic particles and ferromagnetic contaminants generated during mixing, preventing electrode defects and extending coating equipment lifespan.

• Integrated Vacuum Filtration System
Combines de-ironing and filtration in a single workflow, capable of processing up to 5 litres per batch with stable suction performance.

• Enhanced Product Purity & Consistency
Reduces contamination risk and ensures uniform particle dispersion—critical for achieving high-capacity, low-impedance battery electrodes.

• Easy-to-Operate Laboratory Design
Compact footprint and intuitive operation make it suitable for everyday laboratory use, training environments, and pilot material synthesis lines.

• Cross-Industry Adaptability
Ideal for material purification tasks in battery R&D, fine chemicals, food processing, and pharmaceuticals, wherever impurity control is crucial.

Technical Specifications

Applications & Industries

• Lithium-ion and solid-state battery electrode slurry purification

• Ferromagnetic impurity removal in cathode/anode pastes

• Ceramic and conductive slurry filtration

• Fine chemical and pharmaceutical slurry processing

• Food-grade liquid filtration requiring metal-free output

FAQ

Q1: What magnetic strength is suitable for typical lithium-ion slurries?
A1: A field strength of 8000–10 000 Gauss effectively removes fine metallic contaminants introduced during ball milling or mixing.

Q2: Can the filtration mesh be replaced?
A2: Yes. Filters from 80 mesh to 1000 mesh are interchangeable depending on slurry viscosity and particle size.

Q3: What materials are compatible with this system?
A3: It supports cathode and anode slurries (e.g., NCM, LFP, SiOx, graphite), conductive carbon dispersions, and ceramic electrolyte suspensions.

Q4: How often should magnetic rods be cleaned?
A4: For best performance, clean after every batch to prevent metallic residue accumulation and maintain consistent field strength.

Q5: Does it require compressed air or external vacuum?
A5: The system integrates its own vacuum filtration, requiring only standard laboratory power input (220 V / 50 Hz).