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Special dehydration solution for lithium hydroxide materials for lithium batteries
The industrial microwave dryer is specially designed for lithium hydroxide materials for lithium batteries and efficiently removes crystal water. It adopts an all-stainless steel anti-corrosion structure, PLC automatic control and independent research and development of microwave core components, and the moisture can be dried to below 1%. Suitable for the production of lithium carbonate, lithium cobaltate and other materials.
2026-05-07
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1. Industry pain point: The problem of removing crystal water from lithium battery materialsDuring the production of cathode materials for lithium ion batteries (such as lithium hydroxide and lithium carbonate),deep dehydrationIt is a key link in determining the electrochemical performance of a battery. Traditional drying methods often have problems such as uneven heating, high energy consumption, and inability to completely remove deep crystal water, resulting in excessive water content of the final product and affecting the cycle life and safety of the battery.2. Solution: Industrial microwave drying system
This equipment is designed forDrying of lithium battery materialsResearch and development, using microwave energy to conduct overall penetrating heating of materials. Different from traditional hot air that conducts heat from the outside to the inside, microwave energy directly acts on water molecules to achieve simultaneous heating and vaporization of the inside and outside of the material, thereby efficiently solving the problem of removing crystal water from materials such as lithium hydroxide.3. Core advantages and technical characteristics (Key Features)
3.1 Excellent corrosion protection and structural design
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All stainless steel body: The whole machine is made of thick stainless steel, which not only has an elegant appearance, but also can effectively resist chemical corrosion of lithium battery materials and extend the service life of the equipment.
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Corrosion resistant moisture removal system: Equipped with corrosion-resistant pipes to ensure that water vapor or steam generated during the drying process can be discharged in time to maintain a dry environment.
3.2 Intelligent control and precise temperature measurement
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PLC automation system: Equipped with a man-machine interface (HMI), it supports PLC fully automatic control. The system can automatically store, output and print production data to facilitate quality traceability and production management.
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High-precision infrared temperature measurement: Non-contact infrared temperature measurement technology is used to monitor material temperature in real time to achieve high-precision closed-loop control and prevent material overheating.
3.3 Core microwave technology and security
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Self-developed microwave sources: The core components of the microwave system are independently developed, manufactured or customized by BODA standards, with stable and reliable performance.
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Ultra-low microwave leakage: The equipment has excellent sealing performance, and the microwave leakage is ≤1 mW/cm², which is far lower than the national standard (≤5 mW/cm²), ensuring the safety of operators.
3.4 Efficient conveying and drying effect
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Teflon (PTFE) conveyor belts: It adopts high-quality PTFE conveyor belts (thickness δ=1.3 mm), which are resistant to high temperatures, anti-stick and easy to clean.
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Deep dehydration capacity: The moisture of the material can be dried to1% or less, meet the moisture control standards of high-end battery materials.
4. Applicable Materials and Application Scenarios (Applications)
This equipment is widely used in new energy battery material factories, especially those requiring drying of powder or particulate materials.
Applicable Materials
Application scenario
Lithium hydroxide
Preparation of cathode material precursors
Lithium carbonate
Purification and drying of basic lithium salts
Lithium Cobalt Oxide
Processing of cathode materials for lithium ion batteries
Other lithium battery materials
All kinds of chemical powders with low moisture content
5. Why choose a microwave dryer?
If you are looking for a device that can quickly, uniformly and cost-effectively remove crystal water from lithium battery materials, our industrial microwave dryers are the ideal choice. It not only solves the pain points of slow drying and many dead corners in traditional ovens, but also helps factories achieve a digital and unmanned modern production model through its intelligent control system.
All stainless steel body: The whole machine is made of thick stainless steel, which not only has an elegant appearance, but also can effectively resist chemical corrosion of lithium battery materials and extend the service life of the equipment.
Corrosion resistant moisture removal system: Equipped with corrosion-resistant pipes to ensure that water vapor or steam generated during the drying process can be discharged in time to maintain a dry environment.
PLC automation system: Equipped with a man-machine interface (HMI), it supports PLC fully automatic control. The system can automatically store, output and print production data to facilitate quality traceability and production management.
High-precision infrared temperature measurement: Non-contact infrared temperature measurement technology is used to monitor material temperature in real time to achieve high-precision closed-loop control and prevent material overheating.
Self-developed microwave sources: The core components of the microwave system are independently developed, manufactured or customized by BODA standards, with stable and reliable performance.
Ultra-low microwave leakage: The equipment has excellent sealing performance, and the microwave leakage is ≤1 mW/cm², which is far lower than the national standard (≤5 mW/cm²), ensuring the safety of operators.
Teflon (PTFE) conveyor belts: It adopts high-quality PTFE conveyor belts (thickness δ=1.3 mm), which are resistant to high temperatures, anti-stick and easy to clean.
Deep dehydration capacity: The moisture of the material can be dried to1% or less, meet the moisture control standards of high-end battery materials.
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Applicable Materials
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Application scenario
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Lithium hydroxide
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Preparation of cathode material precursors
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Lithium carbonate
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Purification and drying of basic lithium salts
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Lithium Cobalt Oxide
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Processing of cathode materials for lithium ion batteries
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Other lithium battery materials
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All kinds of chemical powders with low moisture content
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