In the laboratory research and development of cutting-edge fields such as solid-state batteries and new energy storage materials, the core pain points in dry electrode preparation are uneven material dispersion, low mixing efficiency, and poor process repeatability. As a key process unit, mixing equipment directly determines the conductivity, stability, and electrochemical performance of electrode materials. The AKW Lab Dry Electrode Mixer (Intensive Mixer Series), developed by AKW — a leader in mineral processing and environmental protection technology founded in Germany in 1963, as a professional lithium battery mixer, relies on the core technology of Intensive Mixer (high-intensity mixer), which is tailor-made for the small-batch, high-precision, and multi-scenario dry mixing needs of laboratories. With its precision dynamic design, it breaks through the limitations of traditional mixing equipment, providing a micron-level uniform dispersion solution for lithium battery electrode material research and development, helping researchers efficiently advance experimental processes, shorten the technology transformation cycle, and serving as the core equipment for laboratory dry electrode preparation and lithium battery research and development. Backed by AKW's global technical experience and strict quality standards, this product inherits the brand's consistent concept of providing customized solutions.
This product, designed and manufactured by AKW, is equipped with the Intensive Mixer high-intensity mixing core as the core power unit of dry electrode mixers and lithium battery mixers. AKW, with decades of experience in process equipment R&D and global service capabilities, integrates the dynamic cycle mixing principle of "centrifugal lifting - high-speed shearing - gravity falling" into this mixer, which is different from the single mixing mode of traditional mixing equipment. Through three-dimensional mixing movement, it achieves in-depth homogenization and fine dispersion of materials, perfectly adapting to the mixing needs of high solid content and multi-component (active substances, conductive agents, binders) in dry electrode preparation and lithium battery research and development. It fundamentally avoids problems such as uneven dispersion and cluster residues of traditional lithium battery mixers, provides solid guarantee for the accuracy of lithium battery experimental data, and highlights the core advantages of AKW's Intensive Mixer technology in professional mixing equipment. As a global enterprise with branches and offices in Shanghai, Moscow, São Paulo and other regions, AKW ensures the reliability and stability of its products through strict international quality control standards.
The core structure of the AKW Intensive Mixer adopts a three-in-one design of eccentrically positioned mixing tools, wall-bottom scrapers, and rotating mixing chambers, serving as the core structure of dry electrode mixers and lithium battery mixers. Adhering to AKW's rigorous manufacturing standards, the mixing tools can flexibly adjust the rotation direction and speed according to material characteristics (speed range 0-1500rpm, accuracy ±10rpm). Cooperating with the wall-bottom scrapers to clean the materials attached to the inner wall and bottom of the chamber in real time, it eliminates mixing dead corners, ensuring that each batch of lithium battery materials can fully contact and mix uniformly. The mixing uniformity reaches more than 99%, far exceeding the standard of conventional laboratory lithium battery mixers. At the same time, the equipment adopts a double-supported spindle structure with a spindle diameter ≥12mm, which effectively suppresses spindle deformation and runout under high-speed and high-torque working conditions from the mechanical level, completely eliminating the "scuffing" phenomenon, ensuring constant process clearance and mixing consistency, greatly reducing equipment failure rate, and adapting to the long-term and high-frequency dry electrode mixing and lithium battery research and development experimental needs of laboratories. The mixing blades are treated with tungsten carbide, which is wear-resistant and corrosion-resistant, combined with a 0.3mm thick Teflon chamber coating, effectively controlling magnetic foreign objects, meeting the strict requirements of lithium battery materials for cleanliness, and serving as the core configuration of AKW's high-performance dry electrode mixers and lithium battery mixers. This design fully reflects AKW's expertise in providing high-quality process equipment solutions.
Core Product Advantages: AKW Intensive Mixer Empowered, Creating Professional Dry Electrode Mixers and Lithium Battery Mixers
1. Micron-Level Dispersion for More Accurate Experimental Data
Relying on the high-speed shearing capacity of the AKW Intensive Mixer, this dry electrode mixer also has the core performance of a professional lithium battery mixer. The mixing linear speed can be flexibly adjusted (range 5-25m/s), which can quickly break lithium battery material clusters and achieve micron-level uniform dispersion of active substances, conductive agents, and binders (dispersion particle size up to 1-50μm). It avoids problems such as high internal resistance and cycle performance attenuation of lithium battery electrodes caused by uneven mixing, ensuring the stability and repeatability of lithium battery experimental results (batch-to-batch error ≤2%). It provides reliable data support for the optimization of lithium battery electrode formulations and the debugging of process parameters, helping researchers accurately capture the optimal combination of formulations and processes, and highlighting the core value of AKW's Intensive Mixer technology in lithium battery mixers and dry electrode mixers. This performance advantage is derived from AKW's long-term accumulation in the field of process equipment research and development.
2. Dry-Specific Design, Adapting to Diverse Experimental Needs
Tailor-made by AKW for laboratory dry electrode preparation and lithium battery research and development, as a special equipment with both dry electrode mixing and lithium battery mixing functions, it can directly achieve efficient mixing of lithium battery dry powder materials without adding solvents, perfectly fitting the research and development scenarios of solid-state batteries and lithium-ion battery dry electrodes. This AKW dry electrode mixer (Intensive Mixer Series) also meets the diverse needs of lithium battery mixers, compatible with multiple process requirements such as negative pressure (vacuum degree up to -0.098MPa), normal pressure, and nitrogen-filled protection (nitrogen flow rate 0.1-1L/min). The working chamber can achieve precise temperature control of 5-90℃ (accuracy ±3℃), and the temperature control response time is ≤5min. The mixing temperature can be flexibly adjusted according to experimental needs, adapting to the mixing needs of different heat-sensitive and oxidizable lithium battery electrode materials. At the same time, the inner wall and mixer are treated with a special coating, with magnetic foreign matter content ≤5ppm, meeting the strict requirements of lithium battery materials for cleanliness. The chamber is made of 304 stainless steel, which is corrosion-resistant and easy to clean, and can be adapted to the mixing of various lithium battery electrode raw materials. It is the preferred integrated equipment of dry electrode mixer and lithium battery mixer in laboratories, inheriting AKW's consistent commitment to quality and customization.
3. Small-Batch Adaptation, Convenient and Efficient Operation
According to the characteristics of laboratory research and development, this AKW dry electrode mixer (Intensive Mixer Series) optimizes the equipment volume and capacity, and also adapts to the small-batch research and development needs of lithium battery mixers. It can handle small-batch material mixing of 50mL-5L (customizable according to needs), and the single mixing time is 3-15min (adjustable according to material characteristics), which is more than 60% more efficient than traditional lithium battery mixers and dry electrode mixers, greatly shortening the lithium battery research and development and dry electrode experimental cycle. The equipment adopts a modular design, the mixing components are detachable and easy to clean, and the core maintenance time is ≤10min, avoiding cross-contamination of lithium battery materials of different batches and formulas. At the same time, it is equipped with an intelligent control panel, which can accurately set parameters such as mixing speed, mixing time, and temperature, supporting the memory and call of more than 10 groups of parameters. It is simple and easy to operate, without the need for professional operation and maintenance personnel, adapting to the dry electrode mixing and lithium battery mixing operation needs of multiple personnel and multiple scenarios in the laboratory; the input voltage of the equipment is 220V±10% (50HZ), and the total power is ≤1.5KW, with low energy consumption, meeting the energy-saving needs of the laboratory, and being an efficient and convenient AKW laboratory dry electrode mixer and lithium battery mixer. This user-friendly design is consistent with AKW's concept of providing high-value products and services to customers.
4. Stable and Durable, Adapting to Long-Term Research Scenarios
The mixing components and mixing chamber of the AKW mixer are made of high-hardness wear-resistant materials (304 stainless steel base + tungsten carbide coating), which are wear-resistant and corrosion-resistant, and can be long-term adapted to the mixing of various lithium battery electrode raw materials such as graphite, silicon-based, and ternary materials, reducing equipment loss and taking into account the long-term use needs of dry electrode mixers and lithium battery mixers; the core drive system adopts a high-efficiency energy-saving motor, which operates stably with low noise (≤60dB), meeting the requirements of laboratory environment. The motor can work continuously for more than 8 hours, meeting the long-term needs of lithium battery research and development and dry electrode experiments; the overall structure of the equipment is compact, covering an area of ≤0.5㎡, and the body size (length × width × height) is about 600×500×800mm. It does not require complex installation and can be put into use after unpacking, greatly reducing the space occupation pressure of the laboratory. It is suitable for various research scenarios such as university laboratories, enterprise R&D centers, and scientific research institutes. The shell protection level reaches IP21 to ensure operational safety, making it a stable and durable AKW Intensive Mixer dry electrode mixer and lithium battery mixer. All components of the equipment are manufactured in accordance with AKW's global quality standards, ensuring long-term stable operation in various laboratory environments.
Application Scenarios: AKW Intensive Mixer Dry Electrode Mixer and Lithium Battery Mixer, Empowering R&D in Multiple Fields
Supported by AKW's core Intensive Mixer technology, this product, as a professional dry electrode mixer and lithium battery mixer, is widely used in the laboratory research and development of various battery dry electrodes such as solid-state batteries, lithium-ion batteries, and sodium-ion batteries. It can realize the uniform mixing of multi-component dry powder materials such as positive and negative active substances, conductive agents, and binders of lithium batteries, adapting to the following scenarios and accurately covering the core needs of laboratory dry electrode mixing and lithium battery mixing. With AKW's global service network, users can enjoy professional technical support and after-sales service no matter where they are, which is one of the core advantages of AKW products.
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Universities and scientific research institutes: Optimization of lithium battery material formulations, debugging of dry electrode mixing process parameters, research and development experiments of new lithium battery electrode materials, adapting to the scientific research needs of dry electrode mixers and lithium battery mixers;
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Enterprise R&D centers: Pre-pilot experiments of dry electrodes, optimization of lithium battery production processes, iterative research and development of new battery technologies, which can be used as special lithium battery mixers and dry electrode mixers;
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Testing institutions: Related experiments such as detection of electrode material mixing uniformity and testing of material dispersion performance.
Product Philosophy: Empowering Scientific Research Innovation with Precision Technology
The AKW Lab Dry Electrode Mixer (Intensive Mixer Series), as a lithium battery mixer with both professional performance and practicality, adheres to AKW's core positioning of "precision, efficiency, convenience, and durability". Founded in 1963, AKW has grown into a global enterprise with rich experience in process equipment research and development, factory design and construction. It deeply integrates the Intensive Mixer high-intensity mixing technology with the needs of laboratory dry electrode mixing and lithium battery research and development, breaking through the technical limitations of traditional dry electrode mixers and lithium battery mixers, and providing researchers with a more reliable and efficient mixing solution. We always focus on the core pain points of lithium battery material research and development and dry electrode preparation, continuously optimize product performance, and with refined design and professional configuration, help every scientific research exploration to advance efficiently, accelerating the innovation and industrialization of new lithium battery technologies. AKW's commitment to quality and innovation has made this product a trusted choice for laboratories around the world.
Whether it is lithium battery formula research and development, dry electrode process debugging, or electrode material performance testing, the AKW Lab Dry Electrode Mixer (Intensive Mixer Series) can rely on its excellent mixing performance and flexible operation mode to concurrently perform the core functions of a dry electrode mixer and a lithium battery mixer, becoming a powerful assistant for researchers, injecting strong motivation into cutting-edge lithium battery technology and dry electrode research and development, and being an indispensable professional mixing equipment in laboratories. Backed by AKW's decades of technical accumulation and global service capabilities, this product will continue to empower scientific research and innovation in the field of battery materials.
