1.Reasonable Structural Design: 

The structure of the cabin should adopt explosion-proof structural designs such as flameproof type and increased safety type. For example, a metal frame with sufficient strength and stiffness should be adopted to ensure that the outer shell can withstand an internal explosion without damage; the structures of doors, windows, vents and other parts should be designed reasonably to prevent the spread of explosion.

2.Selection and Installation of Electrical Equipment: 

Select electrical equipment that meets the explosion-proof standards, such as explosion-proof lamps, explosion-proof switches, explosion-proof motors, etc. These equipment should have corresponding explosion-proof marks and certifications. When installing electrical equipment, it is necessary to ensure that the installation of the equipment meets the explosion-proof requirements, such as the sealing and isolation of electrical circuits, and the grounding of the equipment.

3.Pressurization Ventilation System: 

Continuously send clean positive pressure gas (such as compressed air) into the cabin to make the internal pressure of the cabin higher than the external environmental pressure and prevent external dangerous gases or dust from entering the cabin. The pressurization ventilation system should be equipped with reliable pressure monitoring and control devices to ensure the stable maintenance of the positive pressure state.

4.Sealing and Plugging: 

Conduct effective sealing treatment on the door seams, window seams, threading holes, vents and other parts of the cabin to prevent dangerous gases or dust from entering through the gaps. Use sealing materials and plugging components that meet the explosion-proof requirements.

5.Static Electricity Elimination: 

Set up static electricity elimination devices in the cabin, such as static electricity grounding and static electricity eliminators, to eliminate the static electricity generated by the human body and equipment in time to prevent static electricity sparks from causing an explosion.

6.Fire Prevention Measures: 

Use fireproof materials for interior decoration and equipment installation, and set up fire alarm and fire extinguishing devices, such as smoke alarms and fire extinguishers, to prevent fires from causing explosions.

7.Regular Inspection and Maintenance: 

Regularly inspect the explosion-proof analysis cabin, including the performance of electrical equipment, the integrity of sealing components, the working status of the positive pressure ventilation system, etc. Discover and repair existing problems in time to ensure that the explosion-proof performance is always in a good state.

8.Personnel Training: 

Train the operators on explosion-proof knowledge and safety operating procedures so that they understand the working principle and safety precautions of the explosion-proof analysis cabin, and can operate and maintain the cabin equipment correctly to avoid the failure of the explosion-proof performance due to human errors.