Airflow sterilization oven is a device specifically designed for the pharmaceutical industry, mainly used for drying and sterilizing various glass containers. Its working principle is to dry and sterilize materials through high-speed hot air flow, which has the characteristics of high drying intensity, short drying time, low energy consumption, and easy operation.

The main structure of an airflow sterilization oven includes the following parts:

Air inlet and outlet: The air inlet and outlet of the oven are equipped with high-efficiency filters to ensure the cleanliness of the air.

Heating system: Typically, oil fired stoves, gas stoves, coal-fired hot air stoves, or steam heat exchangers are used as heat sources to provide high-temperature hot air.

Airflow system: The high-speed flow of hot air disperses the material well in the gas phase, increasing the efficiency of drying and sterilization.

Control system: Microcomputer PID temperature controller, achieving precise temperature control and ensuring stability during drying and sterilization processes.

The functional characteristics of the airflow sterilization oven include:

High drying intensity: Due to the high airflow velocity, the material is well dispersed in the gas phase, greatly increasing the effective drying area and enhancing the heat transfer process intensity.

Short drying time: The contact time between the material and air is extremely short, usually completing drying within 0.5-5 seconds, suitable for the treatment of heat sensitive or low melting point materials.

High thermal efficiency: Adopting parallel flow operation, the material temperature and air temperature can always be maintained in a reasonable state, the drying time is short, and higher drying temperatures can be used.

Wide applicability: Suitable for a variety of materials, including antibiotic glass bottles, infusion bottles, barrel equipment for raw material production, etc.

• Simple structure: small footprint, low investment and maintenance costs.