Diaphragm Laboratory Low Dew Point Dehumidifier

Application of diaphragm laboratory low dew point dehumidifier:

1. Humidity Control to Ensure Membrane Quality:

• Membrane materials (e.g., lithium battery separators) are highly sensitive to humidity. Excessive humidity during production can cause the membrane to absorb moisture, affecting its physical and chemical properties.

• Rotary dehumidifiers can control environmental humidity at extremely low levels (e.g., dew point temperatures of -40°C or lower), ensuring that the membrane remains dry during production, storage, and transportation, thereby preventing performance degradation.

2. Improving Membrane Consistency:

• The production of membranes requires highly stable environmental conditions. Fluctuations in humidity can lead to uneven parameters such as membrane thickness and porosity.

• Rotary dehumidifiers ensure a stable production environment through precise humidity control, thereby enhancing the consistency and reliability of membrane products.

3. Preventing Membrane Contamination:

• In high-humidity environments, the surface of membranes is prone to adsorbing moisture and impurities, leading to contamination or performance degradation.

• Rotary dehumidifiers reduce environmental humidity, minimizing the adsorption of moisture and impurities, and ensuring the cleanliness and performance of membranes.

4. Extending Membrane Service Life:

• For applications such as lithium battery separators, excessive humidity can cause moisture in the electrolyte to react with lithium, generating harmful substances that affect battery performance and lifespan.

• Rotary dehumidifiers provide a low-humidity environment during membrane production and battery assembly, reducing the negative impact of moisture on membranes and batteries, and extending their service life.

5. Energy Efficiency and Suitability for Continuous Production:

• Rotary dehumidifiers utilize efficient dehumidification technology, enabling stable operation in low-temperature and low-humidity environments, making them suitable for the continuous process requirements of membrane production.

• Their intelligent control systems can automatically adjust operation based on environmental humidity, reducing energy consumption and improving production efficiency.

6. Application in Membrane Laboratory Research and Development:

• A low-humidity environment is critical for the success of research and testing of membrane materials.

• Rotary dehumidifiers can provide a stable low-dew-point environment for laboratories, ensuring the accuracy of experimental data and the reliability of R&D outcomes.

Summary

In the production, storage, and R&D of membranes, rotary dehumidifiers ensure membrane quality, consistency, and performance through precise humidity control, while also reducing contamination and extending service life. They are an indispensable key piece of equipment in the membrane industry, playing a vital role in the production of high-precision materials such as lithium battery separators.

Technical parameters of diaphragm laboratory low dew point dehumidifier:

Note:

1. Leakage air volume is calculated by 10% of process air volume.

2. The ratio of fresh air is 10% of air output.

3. Output air excess pressure 300Pa

4. Process fan adopt unhoused fan with inverter.

Process flow chart of diaphragm laboratory low dew point dehumidifier:

FAQ:

Q: What’s MOQ?

A: one set.

Q: What’s delivery?

A: Within 35 days after receipt of down payment.

Q: What’s package?

A: Wooden cases,a kind of standard package for export.We could also make special package according to your demand.

Q: What’s payment terms?

A: TT or L/C

Q: Customized service?

A: We offer OEM/ODM service.