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Activated alumina desiccant


Advantages of activated alumina:

High-efficiency adsorption: Strong affinity for strong polar molecules and high drying depth.

Environmentally friendly and renewable: Regenerate by heating and reduce solid waste.

Chemical inert: does not react with the dried medium, suitable for a variety of scenarios.

Limitations of activated alumina:

Limited adsorption: frequent regeneration or replacement is required in high humidity environments.

Wear-sensitive: Airflow erosion may cause particles to break down and reduce adsorption efficiency.

Regeneration energy consumption: It needs to be heated to above 175℃, and the energy consumption is relatively high.

Relying on its deep drying ability, environmental protection and renewability, activated alumina desiccant is irreplaceable in the fields of chemical industry, energy, electronics, etc. Reasonable selection of specifications, standardized operation and storage can maximize its use value and reduce the cost of the entire life cycle.

Advantages of activated alumina:

High-efficiency adsorption: Strong affinity for strong polar molecules and high drying depth.

Environmentally friendly and renewable: Regenerate by heating and reduce solid waste.

Chemical inert: does not react with the dried medium, suitable for a variety of scenarios.

Limitations of activated alumina:

Limited adsorption: frequent regeneration or replacement is required in high humidity environments.

Wear-sensitive: Airflow erosion may cause particles to break down and reduce adsorption efficiency.

Regeneration energy consumption: It needs to be heated to above 175℃, and the energy consumption is relatively high.

Relying on its deep drying ability, environmental protection and renewability, activated alumina desiccant is irreplaceable in the fields of chemical industry, energy, electronics, etc. Reasonable selection of specifications, standardized operation and storage can maximize its use value and reduce the cost of the entire life cycle.