2L Laboratory Small Battery Slurry Mixer

Product Overview

This 2 L laboratory mixer is a compact small-batch processing unit for blending dry powders and granular materials with consistent distribution. Its purpose-built mixing vessel promotes uniform material movement, efficient batch processing, and minimal material accumulation inside the chamber. The compact format is well suited to laboratories that need controlled preparation volumes without the footprint or operating complexity of larger production equipment.

For battery R&D, the equipment can support preliminary preparation of dry active-material blends, conductive additives, binders in dry form, and other granular research formulations before subsequent processing steps. It is also suitable for pharmaceutical, chemical, food, powder metallurgy, ceramics, and academic materials research laboratories. The stainless steel exterior and product-contact surfaces simplify cleaning and support hygienic laboratory workflows.

A straightforward mechanical structure makes the unit easy to operate, inspect, and maintain. The fixed mixing speed is optimized for repeatable small-batch blending, while the low-power drive supports economical laboratory operation. With a 14 kg net weight and compact dimensions, the equipment can be integrated into benches, pilot laboratories, and dedicated material preparation areas where space and process consistency are important.

Key Features

• Uniform Mixing Performance: The specially designed mixing vessel supports effective movement of dry powders and granular materials, helping produce a consistent blend throughout the batch.

• Low Residue Vessel Design: The internal structure is designed to reduce material accumulation during operation, improving material recovery and reducing the amount of manual cleaning required between batches.

• Compact 2 L Laboratory Capacity: A 2 L vessel volume provides a practical scale for formulation trials, sample preparation, process development, and repeatable laboratory experiments.

• Controlled Small-Batch Operation: The 24 r/min mixing speed provides a stable operating condition for routine dry-material blending and supports repeatable preparation across development batches.

• Stainless Steel Construction: The exterior and all material-contact surfaces are manufactured from quality stainless steel, providing a durable, cleanable construction suitable for demanding laboratory environments.

• Simple Mechanical Architecture: The uncomplicated structure reduces operational complexity and makes routine inspection, cleaning, and maintenance more manageable for laboratory personnel.

• Efficient Drive System: A 0.04 kW motor provides the required drive power for compact laboratory mixing while keeping energy consumption and equipment heat generation modest.

• Easy Cleaning and Maintenance: Smooth stainless steel surfaces and the low-residue vessel design support faster changeover between materials and help maintain a controlled preparation environment.

• Space-Efficient Installation: The 550 × 230 × 430 mm footprint allows the unit to fit into laboratories with limited working space while retaining a useful batch volume for research work.

Applications

Technical Specifications

The 2 L vessel volume defines the available internal chamber size, while the maximum mixing capacity is 0.8 L. Actual working load should be selected according to the material characteristics and filling behavior. The stated recommended load of 0.56 kg depends on raw-material specific gravity, so the practical mass capacity may vary between formulations. Buyers should evaluate bulk density, particle size, flowability, and material behavior when confirming the appropriate operating load for a specific process.

The fixed 24 r/min mixing speed provides a consistent operating condition for dry powder and granular materials. This configuration is appropriate for laboratories that value repeatability and straightforward process control over a wide range of adjustable operating modes. It can support controlled comparisons between formulations because the equipment maintains the same nominal mixing speed from batch to batch.

The stainless steel construction is especially useful where multiple materials are processed in succession. The material-contact surfaces can be cleaned as part of normal laboratory changeover procedures, helping reduce cross-contamination risks between experimental batches. The same construction also gives the unit a durable working surface for routine laboratory use and supports a professional appearance in research and quality-control environments.

The compact dimensions of 550 × 230 × 430 mm make the unit suitable for laboratories that require dedicated mixing capability without allocating space to a large industrial machine. Its 14 kg net weight allows relatively convenient placement and repositioning during laboratory layout changes, while the simple mechanical design helps operators complete routine setup and cleaning without a complicated control sequence.

Because the reference configuration is designed for dry powder and granular materials, users developing liquid battery electrode slurries should confirm process compatibility before purchase. Wet slurry performance depends on viscosity, solids loading, solvent system, shear requirements, temperature control, sealing, and cleaning expectations. This unit is best considered for dry-material blending and small-batch solid formulation preparation unless a specific application review confirms suitability for the intended slurry process.

Why Choose This Product

• Purpose-Built Laboratory Scale: The compact 2 L vessel and 0.8 L maximum mixing capacity provide a practical scale for formulation trials, development batches, and research programs that do not require production equipment.

• Reliable Material Handling: The specialized vessel design promotes uniform mixing and limits material accumulation, supporting consistent batch results and more efficient material recovery.

• Durable Stainless Steel Build: Quality stainless steel construction across the exterior and material-contact areas provides a robust, cleanable platform for repeated laboratory operation.

• Straightforward Ownership: The simple structure, low-power 0.04 kW drive, fixed 24 r/min speed, and compact footprint help keep daily operation, inspection, and maintenance manageable.

• Broad Research Utility: The equipment can serve battery-material development as well as pharmaceutical, chemical, food, ceramic, powder-metallurgy, and academic materials workflows, improving utilization across shared laboratories.

Contact us for a quotation, application review, and a custom solution matched to your material properties, batch size, cleaning requirements, and battery or advanced-materials research workflow.

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