Explosion-proof laminar flow hood - sampling of dangerous goods
The application of explosion-proof laminar flow hoods is relatively common in the pharmaceutical field. In pharmaceutical production, some dangerous goods are involved, and a production and storage environment with explosion-proof function is required to meet the process requirements. The laminar flow hood is widely used in the pharmaceutical process, so the configuration of the explosion-proof laminar flow hood has become the demand for the production and storage of dangerous goods.
This time, our pharmaceutical manufacturer placed the purchased explosion-proof laminar flow hood in the dangerous goods warehouse, and built a special room for explosion-proof laminar flow hood in the warehouse.
The steps for using the room, explosion-proof laminar flow hood are:
1. Personnel enter the dangerous goods warehouse, open the explosion-proof door, and open the explosion-proof laminar flow hood for self-cleaning.
2. After the self-cleaning is qualified, the sampling personnel enter the explosion-proof laminar flow hood to take samples.
3. After sampling, seal the barrel, and the sampling personnel will transport the material from the special channel to the dangerous goods warehouse.
4. After sampling, close the explosion-proof laminar flow hood, then close the explosion-proof door and leave the dangerous goods warehouse.
In response to customer needs, we have equipped the explosion-proof laminar flow hood with explosion-proof lighting, explosion-proof pipelines, explosion-proof fans, and explosion-proof power supplies. In addition, for the convenience of movement, we have equipped the explosion-proof laminar flow hood with polyurethane casters, tempered glass enclosures and square tube brackets.
This explosion proof laminar flow hood system provides the following features:
1. Turn on the main power and activate the explosion-proof laminar flow hood.
2. Push the bucket to be sampled into the decontamination area.
3. Wait for the cleanliness of the internal environment to be at least Class D or above.
4. Personnel enter the explosion-proof laminar flow hood for sampling.
5. After the sampling is completed, seal the sampling barrel and push it out of the purification area.
6. Shut down. The main power switch is located for easy operation.
Our company also provided the pharmaceutical factory with after-sales service and test documents such as installation, commissioning, and verification.
Our company has been focusing on the design and production of explosion-proof laminar flow hoods for more than ten years, and has rich experience. Welcome to our official website or call for inquiries.
