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PART I: CURRENT STATE OF SAFETY IN THE FIRE EXTINGUISHER MANUFACTURING INDUSTRY

I. General Situation

The Ministry of Labour, Invalids and Social Affairs informs sectors and localities of the occupational accident situation in the first 6 months of 2024 and outlines key solutions to proactively prevent incidents and accidents in the last 6 months of 2024. According to reports from 61 out of 63 centrally governed provinces and cities, in the first 6 months of 2024, there were a total of 3,201 occupational accidents nationwide (a decrease of 227 cases, equivalent to 7.09% compared to the same period in 2023), resulting in 3,065 victims (a decrease of 197 people, equivalent to 6.04% compared to the first 6 months of 2023), including both employees under labor contracts and those working without labor contracts. Specifically:

Number of fatal occupational accidents: 320 cases, a decrease of 25 cases (7.25%) compared to the first 6 months of 2023 (including 245 cases in areas with labor relations, a decrease of 28 cases or 10.3%; and 75 cases in areas without labor contracts, an increase of 3 cases or 4.2% compared to the first 6 months of 2023);
Number of deaths due to occupational accidents: 346 people, a decrease of 7 people or 1.98% compared to the same period in 2023 (including 268 in areas with labor relations, a decrease of 13 people or 4.63%; and 78 in areas without labor contracts, an increase of 6 people or 8.33%).
Number of people seriously injured: 810 people, an increase of 26 people or 3.32% compared to the first 6 months of 2023 (including 710 in areas with labor relations, a decrease of 5 people or 0.7%; and 100 in areas without labor contracts, an increase of 31 people or 44.92%).

Download the PDF file Occupational Accident Report – First 6 Months of 2024 issued by the Ministry of Labour, Invalids and Social Affairs.

The occupational accident situation in the first 6 months of 2024 in both sectors with and without labor relations saw a decrease in the number of deaths and fatal accidents compared to the same period in 2023.

II. Some Occupational Accidents in Fire Extinguisher Manufacturing Plants

In the fire extinguisher manufacturing industry, occupational accidents are a concerning issue. Despite safety measures being implemented, unfortunate incidents still occur. Below are some notable accidents that have happened in fire extinguisher manufacturing plants:

Fires and Explosions: In a factory in a densely populated area, a large explosion occurred when a container of gas-contaminated material leaked and came into contact with a flame source. The explosion not only caused injuries to employees working nearby but also created a series of community security problems.
Electrical Safety Accidents: At a large factory, an employee was electrocuted while working on the fire extinguisher production line. The cause of this accident was identified as improper maintenance of electrical equipment in the factory.
Hazardous Chemical Leak Incident: In another incident, a tank containing hazardous chemicals leaked due to a technical fault, causing several workers to be exposed to the toxic substance and requiring immediate medical attention.
Physical Accidents During Production: During the mass production of fire extinguishers, a material injection molding machine failed, causing a heavy metal block to fall on a worker, resulting in serious injuries.
Work Safety Incident: Another incident occurred when an employee not wearing proper personal protective equipment had a chemical reaction upon contact with a flammable chemical.

These accidents not only cause human casualties but also damage the reputation and production efficiency of the factory. To prevent similar incidents, the strict implementation and adherence to safety measures are absolutely essential in all production activities.

PART II: OCCUPATIONAL SAFETY AND HEALTH IN FIRE EXTINGUISHER PRODUCTION

I. Occupational Safety and Health for Employees Operating Metal Cutting Machines to Prepare for Fire Extinguisher Machining

1. Characteristics of Operating a Metal Cutting Machine to Prepare for Fire Extinguisher Machining

Operating a metal cutting machine during the preparation for fire extinguisher machining requires care and professional skill. This job requires employees to have a clear understanding of different types of metal materials and the specific technical parameters of the cutting machine. The operating procedure includes setting up the machine, selecting the appropriate cutting blade, and periodically inspecting and maintaining the machine.

In addition, employees must adhere to occupational safety regulations and use personal protective measures such as wearing safety glasses and fire-resistant clothing. During operation, product quality control is very important to ensure that the fire extinguishers are machined to a high quality and are safe to use.

2. Types of Accidents during the Operation of a Metal Cutting Machine to Prepare for Fire Extinguisher Machining

During the operation of a metal cutting machine to prepare for fire extinguisher machining, serious types of accidents can occur. One of the most common risks is fire and explosion due to an incident during the metal cutting process, especially when working with flammable materials like ductile metals.

Another incident could be material getting stuck in the cutting machine, posing a safety risk to the operator and damaging the machine. Besides that, accidents due to a lack of understanding of the process or equipment can also occur, such as using an inappropriate cutting blade or not following safety measures.

To minimize risks, training and strict adherence to occupational safety regulations are extremely important.

3. Causes of Accidents when Operating a Metal Cutting Machine to Prepare for Fire Extinguisher Machining

There are many causes that can lead to accidents during the operation of a metal cutting machine to prepare for fire extinguisher machining. One of the main causes is a lack of knowledge and experience on the part of the operator. Not having a clear understanding of the cutting machine’s operating process and how to adjust it correctly can lead to unwanted incidents.

In addition, the improper use of equipment is also a common cause. This may include using a cutting blade that is not suitable for the specific material or setting up the machine incorrectly according to the instructions.

Even warnings and safety measures not being followed also contribute to accidents. Neglecting to wear safety glasses or not complying with safety regulations when working with a metal cutting machine can lead to serious injuries.

4. Preventive Measures for Accidents when Operating a Metal Cutting Machine to Prepare for Fire Extinguisher Machining

To prevent accidents when operating a metal cutting machine to prepare for fire extinguisher machining, implementing safety measures is extremely important. First, ensure that all employees receive full occupational safety training before working with the cutting machine. This training includes instruction on how to use the equipment, accident prevention measures, and how to respond when an incident occurs.

Second, always inspect and periodically maintain the cutting machine to ensure stable and safe operation. Using personal protective equipment such as safety glasses, gloves, and fire-resistant clothing is essential when working near a metal cutting machine.

In addition, adhere to specific safety regulations when operating the machine, including using the appropriate cutting blade for the specific material and keeping the work area clean and tidy to avoid unwanted entanglement situations.

5. Occupational Safety Regulations when Operating a Metal Cutting Machine to Prepare for Fire Extinguisher Machining

Occupational safety regulations when operating a metal cutting machine to prepare for fire extinguisher machining play an important role in ensuring safety for employees and the work environment. First, all employees must be trained in occupational safety, including understanding and complying with safety regulations and procedures when operating the cutting machine. This includes the proper use of personal protective equipment such as safety glasses, cut-resistant gloves, and fire-resistant clothing.

Second, it is necessary to perform periodic inspections and maintenance on the cutting machine to ensure it always operates stably and safely. Employees need to be instructed on how to properly inspect and maintain the machine, including cleaning and lubricating important parts, and checking the cutting blade and control system.

Finally, it is necessary to establish and maintain a safe working environment by keeping the work area clean and tidy, and eliminating the risk of fire, explosion, and occupational accidents. Strict adherence to occupational safety regulations and procedures not only protects employees but also helps increase production efficiency and quality.

6. Handling Emergency Accident Situations when Operating a Metal Cutting Machine to Prepare for Fire Extinguisher Machining

Handling an emergency accident situation when operating a metal cutting machine to prepare for fire extinguisher machining is a crucial part of the occupational safety process. In the event of an accident, a quick and effective response can minimize damage and risk to employees.

When an accident is detected, the operator must immediately stop the machine and turn off the power to prevent the situation from worsening. Next, immediately notify the rescue team or manager so they can provide support and handle the situation.

While waiting for help, the operator must control the situation and assist injured colleagues by providing necessary first aid. At the same time, the work area must be secured to ensure the safety of those around.

II. Occupational Safety and Health for Employees Assembling and Welding Metal Pieces to Produce Fire Extinguisher Casings

1. Characteristics of Assembling and Welding Metal Pieces to Produce Fire Extinguisher Casings

The process of assembling and welding metal pieces to produce fire extinguisher casings requires high precision and technical skill. First, the metal pieces are cut and prepared for assembly. Then, workers use appropriate tools and techniques to join the pieces together. This process requires meticulousness and accuracy to ensure the strength and safety of the casing.

Next is the welding process, where the metal pieces are joined to create a solid structure with no weak points. Workers use precise welding techniques and control the temperature to ensure that the welds are done correctly and there is no loss of strength. This is important to ensure that the casing can withstand high pressure without causing leaks or failures during use.

In addition, this process also requires an understanding of safety and quality standards, ensuring that the final product meets the necessary requirements and is safe to use in an emergency situation like extinguishing a fire. In summary, the job of assembling and welding metal pieces to produce fire extinguisher casings requires thoroughness, accuracy, and strict adherence to procedures and standards.

2. Types of Accidents during the Process of Assembling and Welding Metal Pieces to Produce Fire Extinguisher Casings

During the process of assembling and welding metal pieces to produce fire extinguisher casings, several types of accidents can occur. One of the most common accidents is cuts and injuries from using cutting tools and working with sharp metal pieces. Cuts can occur if workers do not wear adequate protection, or do not follow safety procedures when using cutting tools.

In addition, welding accidents such as burns or fires can occur from contact with flames and hot materials during the welding process. Not wearing appropriate protection, using unsafe welding equipment, or not following safety procedures can lead to serious accidents.

Health-related accidents can also occur from exposure to chemicals or toxic gases during the production process. Not wearing adequate protection or working in an unsafe environment can cause health problems such as pneumonia or headaches.

3. Causes of Accidents when Assembling and Welding Metal Pieces to Produce Fire Extinguisher Casings

There are many causes of accidents during the process of assembling and welding metal pieces to produce fire extinguisher casings. One of the most important causes is a lack of knowledge and skills in occupational safety. Workers may not be fully trained on how to use tools and equipment safely, or may not be aware of the potential hazards in the work process.

Second, an unsafe work environment is also a major cause of accidents. Unsafe working conditions such as insufficient lighting, no ventilation, or not enough space to work can increase the risk of accidents.

In addition, the use of unsafe or damaged equipment is also a cause of accidents. Improper cutting tools or welding equipment can lead to unfortunate accidents.

4. Preventive Measures for Accidents when Assembling and Welding Metal Pieces to Produce Fire Extinguisher Casings

To prevent accidents when assembling and welding metal pieces to produce fire extinguisher casings, it is extremely important to implement safety measures. First, it is necessary to conduct periodic work environment monitoring to ensure that the work environment is safe enough for workers. This includes checking factors such as lighting, ventilation, temperature, and the concentration of toxic gases.

Next, it is necessary to ensure that all workers are fully trained in occupational safety and the use of personal protective equipment. Wearing safety glasses, masks, and gloves is extremely important to protect the eyes, face, and hands from sharp materials and hot substances during work.

Performing periodic inspections and maintenance of work equipment is also an important measure to prevent accidents. Ensure that cutting tools and welding equipment are all working correctly and are periodically maintained to minimize the risk of failure and accidents.

5. Occupational Safety Regulations when Assembling and Welding Metal Pieces to Produce Fire Extinguisher Casings

Occupational safety regulations when assembling and welding metal pieces to produce fire extinguisher casings are extremely important to ensure a safe working environment for all employees. First, all workers must be trained on the use of personal protective equipment such as safety glasses, masks, and gloves to protect against risks such as cuts, burns, or inhalation of toxic gases.

Specific regulations on how to use and store equipment must also be applied. Ensure that all workers understand and comply with safety procedures when using cutting tools and welding equipment. Periodic inspection and maintenance of work equipment is also an important part of these regulations to ensure that they are always operating correctly and safely.

In addition, it is necessary to establish preventive measures to minimize the risk of accidents. This includes monitoring the work environment to ensure that there are no risks from toxic substances or unsafe working conditions.

6. Handling Emergency Accident Situations when Assembling and Welding Metal Pieces to Produce Fire Extinguisher Casings

Handling an emergency accident situation during the process of assembling and welding metal pieces to produce fire extinguisher casings requires quickness and proactivity from all employees. First and foremost, workers should immediately call the fire department and provide specific information about the location and extent of the accident.

While waiting for assistance from the fire department, workers should apply first aid measures to minimize injuries to themselves and their colleagues. This may include using medical tape, gauze, or cold packs to treat wounds or burns.

In the case of accidents involving toxic substances, workers should move out of the hazardous area and take basic fire-fighting measures such as using a fire extinguisher or running outside.

III. Occupational Safety and Health for Employees Painting and Assembling the Remaining Components of a Fire Extinguisher

1. Characteristics of Painting and Assembling the Remaining Components of a Fire Extinguisher

The painting and assembly of the remaining components for a fire extinguisher require care and precision. In this process, painting is usually done after all parts have been assembled to ensure color consistency and protection against corrosion.

The painting job requires high technical skill, needing to use fire-resistant and corrosion-resistant paints suitable for the fire extinguisher’s working environment. After painting, components such as the valve, nozzle, and hose are assembled with precision and care.

This ensures that the fire extinguisher operates effectively when needed and meets the necessary safety standards. This process requires thorough inspection and adherence to safety regulations to ensure the quality and performance of the final product.

2. Types of Accidents during the Process of Painting and Assembling the Remaining Components of a Fire Extinguisher

During the process of painting and assembling the components of a fire extinguisher, several common types of accidents can occur. One of the main risks is accidents related to paint chemicals, including improper use or contact with the skin and eyes.

Paint can cause skin irritation and allergies if it comes into direct contact, especially if personal protective measures such as gloves and safety glasses are not used. Other accidents can occur during the assembly process, such as working with cutting and abrasive tools that cause cutting accidents, burns, or injuries from heavy objects falling from a height.

To minimize the risk, it is necessary to establish safety measures such as training workers on the safe use of chemicals and protective equipment, ensuring periodic inspection of tools and machinery, and complying with occupational safety regulations.

3. Causes of Accidents when Painting and Assembling the Remaining Components of a Fire Extinguisher

There are several causes of accidents during the process of painting and assembling the components of a fire extinguisher. One of the main causes is a lack of knowledge and necessary skills regarding the work process. Workers may not be fully trained on how to use paint chemical products safely, or may not know how to assemble the components correctly, leading to an increased risk of accidents.

In addition, an unsafe working environment is also an important cause. If there is not enough light or not enough workspace to move the large components of the fire extinguisher, the risk of impact and physical accidents can increase significantly.

Another cause could be due to technical failures or design flaws. The parts may not be manufactured correctly or may be incomplete, leading to incidents during the assembly process or when using the final product.

4. Preventive Measures for Accidents when Painting and Assembling the Remaining Components of a Fire Extinguisher

To prevent accidents when painting and assembling the components of a fire extinguisher, several safety measures should be taken. First, ensure that all employees involved in this process are fully trained in occupational safety and work procedures. This includes providing guidance on the safe and accurate use of paint chemicals, as well as the proper assembly of components.

Second, provide appropriate personal protective equipment and ensure that everyone uses it correctly. This includes safety glasses, gloves, chemical-resistant clothing, and a protective mask if necessary.

Third, maintain a safe working environment by ensuring that the workspace is large enough and has adequate lighting. At the same time, monitor and maintain equipment and machinery in good working condition to avoid unwanted technical incidents.

5. Occupational Safety Regulations when Painting and Assembling the Remaining Components of a Fire Extinguisher

Occupational safety regulations when painting and assembling the components of a fire extinguisher are very important to ensure a safe and effective working environment. These regulations include ensuring that all employees involved in this process are trained in occupational safety and accident prevention measures.

In addition, the use of paint chemicals must comply with personal protection regulations, including wearing adequate protective gear such as safety glasses, gloves, and chemical-resistant clothing. Work areas should be well-ventilated to minimize the risk of exposure to chemical vapors.

During the assembly process, it is necessary to comply with regulations on the safe operation of equipment and the use of appropriate protective tools. At the same time, work areas must be kept clean and tidy to avoid accidents due to slips or impacts.

6. Handling Emergency Accident Situations when Painting and Assembling the Remaining Components of a Fire Extinguisher

In the event of an emergency accident when painting and assembling the components of a fire extinguisher, a quick and accurate response is very important. First, it is necessary to stop all activities and immediately notify the competent authorities and the fire department if necessary.

After that, if anyone is injured, it is necessary to provide first aid and request assistance from those with first aid skills. At the same time, it is necessary to provide immediate medical care to the injured and make every effort to prevent the situation from worsening.

Next, it is necessary to assess the situation to determine the cause of the accident and prevent further risks. This may include turning off the power or other equipment that could be dangerous, as well as moving people out of the hazardous area.

IV. Occupational Safety and Health for Employees Operating the System to Pump Fire-Extinguishing Chemicals into a Fire Extinguisher

1. Characteristics of the Work of Operating the System to Pump Fire-Extinguishing Chemicals into a Fire Extinguisher

The characteristics of the work of operating the system to pump fire-extinguishing chemicals into a fire extinguisher is a technical process that requires care and professional skill. This requires the person performing it to have a solid knowledge of how to use the equipment and the corresponding types of extinguishing agents.

During operation, it is necessary to identify the appropriate chemical for the specific type of fire, ensuring the safety of people and property. In addition, the person performing the task must also know how to adjust the pressure and spray flow to ensure the highest efficiency in extinguishing the fire.

In case of necessity, they must also know how to disassemble and maintain the system to ensure continuous and reliable operation. This requires technical skill and a high degree of concentration to ensure that the chemical pumping system is always ready to operate when needed.

2. Types of Accidents during the Operation of the System to Pump Fire-Extinguishing Chemicals into a Fire Extinguisher

During the operation of the system to pump fire-extinguishing chemicals into a fire extinguisher, several types of accidents can occur. One of the common accidents is a chemical leak, which poses a risk to the health of the operator and pollutes the environment.

Fires can also occur if the process is not carried out correctly, causing the chemical or hose to ignite. A pressure incident is also an issue, which can lead to safety problems or reduce the system’s performance.

In addition, technical failures such as breakdowns or power outages can also occur, especially if the equipment is not properly maintained. To minimize the risk of accidents, careful training and adherence to safety procedures are very important in all activities related to the fire-extinguishing chemical pumping system.

3. Causes of Accidents when Operating the System to Pump Fire-Extinguishing Chemicals into a Fire Extinguisher

There are many causes that can lead to accidents when operating the system to pump fire-extinguishing chemicals into a fire extinguisher. One of the main causes is a lack of knowledge or inadequate training on how to use the equipment. The operator may not have a clear understanding of the necessary risks and safety measures, leading to improper use.

Technical failure is also a significant cause, including errors or breakdowns of the equipment due to improper use or obsolete equipment. Incorrect pressure can also cause safety and performance issues for the system. In addition, human factors such as carelessness, negligence, or non-compliance with safety procedures can also contribute to the occurrence of accidents. To minimize this risk, training, periodic maintenance, and strict adherence to safety regulations are necessary.

4. Preventive Measures for Accidents when Operating the System to Pump Fire-Extinguishing Chemicals into a Fire Extinguisher

To prevent accidents when operating the system to pump fire-extinguishing chemicals into a fire extinguisher, it is extremely important to follow safety measures. First, the operator needs to be fully trained on how to use the equipment and hazard prevention measures.

They must always ensure that they are using the equipment correctly and following the correct safety procedures. At the same time, performing periodic maintenance and technical checks is necessary to ensure that the system operates efficiently and does not encounter unwanted incidents.

In addition, maintaining the appropriate pressure and flow rate is also very important to ensure that the system can operate effectively in an emergency. Finally, keeping the area around the system clean and carefully organizing materials and equipment also helps to minimize the risk of accidents.

5. Occupational Safety Regulations when Operating the System to Pump Fire-Extinguishing Chemicals into a Fire Extinguisher

Occupational safety regulations when operating the system to pump fire-extinguishing chemicals into a fire extinguisher play an important role in protecting the health and lives of employees. First, it is essential that everyone involved in this activity has been trained and has a clear understanding of the safety procedures. They must follow safety rules such as wearing personal protective equipment, using eye and ear protection, and adhering to fire and explosion prevention measures.

At the same time, periodic inspection and maintenance of the system are important to ensure that the equipment operates safely and effectively. In addition, the work area should be kept tidy and clean to avoid safety hazards.

Most importantly, everyone involved in the activity must always comply with all safety regulations and immediately report any problems or incidents that could affect occupational safety. This helps create a safe working environment and ensures that everyone can operate safely and effectively.

6. Handling Emergency Accident Situations when Operating the System to Pump Fire-Extinguishing Chemicals into a Fire Extinguisher

In the event of an emergency accident when operating the system to pump fire-extinguishing chemicals into a fire extinguisher, handling the situation quickly and accurately is very important to minimize risks and losses. First, the operator needs to remain calm and composed to assess the situation. They should activate the warning system, inform colleagues and leadership about the situation, and request help if necessary.

Next, the operator should apply the safety measures they have been trained on, such as using personal protective equipment and trying to control the situation. They should also try to extinguish the fire if possible, but should not rush into danger.

V. Occupational Safety and Health for Employees Inspecting the Quality of Finished Fire Extinguishers

1. Characteristics of the Work of Inspecting the Quality of Finished Fire Extinguishers

The characteristics of the work of inspecting the quality of finished fire extinguishers include performing periodic and independent checks to ensure that the fire extinguishers meet safety and performance standards. This job requires extensive technical knowledge of how different types of fire extinguishers work and the specific technical requirements of each type.

During the inspection process, the inspector must determine if the fire extinguisher has any defects, including the outer surface, valve, nozzle, and other accessories. They also need to check the expiration date of the fire extinguisher and ensure that it still has sufficient pressure and quality of the extinguishing agent inside.

In addition, the inspection also includes ensuring that the labels and user instructions on the fire extinguisher are clear and easy to understand. This work must be carried out carefully and in detail, as a fire extinguisher that does not work correctly can have serious consequences in the event of a fire.

2. Types of Accidents during the Process of Inspecting the Quality of Finished Fire Extinguishers

During the quality inspection of fire extinguishers, several types of accidents can occur that workers need to be wary of. One of the most common accidents is being sprayed in the eyes or on the skin with the extinguishing agent due to a leak or unintentional activation of the extinguisher. This can cause adverse reactions and affect the health of the inspector.

In addition, checking the pressure in the fire extinguisher can also cause an accident if not done correctly. In case of excessively high pressure, the extinguisher may explode or burst into flames, creating a dangerous situation for those around. Conversely, if the pressure is too low, the extinguisher may not work correctly when needed.

In addition to accidents directly related to the fire extinguisher, failure to follow safety procedures can also lead to accidents. For example, not using personal protective equipment or not following safety instructions during inspection can cause injuries or unwanted incidents.

3. Causes of Accidents when Inspecting the Quality of Finished Fire Extinguishers

There are several main causes of accidents during the quality inspection of fire extinguishers. One of the most common causes is a lack of understanding of how different types of fire extinguishers work and the related safety principles. Inspection technicians must be fully trained and have a clear understanding of each type of fire extinguisher as well as the necessary safety measures when in contact with them.

Another cause is a lack of periodic inspection and maintenance processes, leading to fire extinguishers not being inspected correctly and thoroughly. When not periodically maintained, a fire extinguisher can become defective, posing an unwanted risk when used.

Yet another cause is negligence during the inspection process, including skipping necessary inspection steps or performing them carelessly. A lack of care in inspection can lead to failure to detect important issues or cause unwanted damage to the fire extinguisher.

4. Preventive Measures for Accidents when Inspecting the Quality of Finished Fire Extinguishers

To prevent accidents when inspecting the quality of fire extinguishers, several specific safety measures should be taken. First, ensure that all employees involved in the inspection are fully trained on how to use and inspect fire extinguishers. This training includes an understanding of the different types of fire extinguishers and the necessary safety measures when working with them.

Second, follow the periodic inspection and maintenance procedures according to the manufacturer’s instructions or industry standards. This includes periodically checking the pressure, expiration date, and operational status of the fire extinguisher to ensure that it is working correctly.

Third, use full and appropriate personal protective equipment (PPE) when conducting inspections. This includes a mask, gloves, safety glasses, and a chemical-resistant apron to protect the skin and eyes from the extinguishing agent or other potentially harmful agents.

5. Occupational Safety Regulations when Inspecting the Quality of Finished Fire Extinguishers

Occupational safety regulations when inspecting the quality of fire extinguishers are extremely important to ensure the safety of the employees performing this work. First, a detailed safety procedure must be established, including instructions on the use of personal protective equipment (PPE) such as masks, gloves, and safety glasses to protect against defects and flammable substances.

Second, it is necessary to comply with environmental protection regulations, especially when handling and disposing of liquids or chemicals from damaged fire extinguishers. Contact with these substances can be harmful to health and the environment, so their handling must comply with specific regulations.

Third, the employees performing the inspection must be trained on specific safety measures, including how to identify and handle potential hazards such as excessive pressure, a faulty valve, or a leak of the extinguishing agent.

Finally, a quick and effective response procedure must be established in case of an incident or accident. This includes training employees on how to perform basic first aid measures and providing contact information for the relevant authorities for assistance when needed.

6. Handling Emergency Accident Situations when Inspecting the Quality of Finished Fire Extinguishers

Handling an emergency accident situation during the quality inspection of fire extinguishers requires quickness and professional knowledge. First, the worker must remain calm and assess the situation quickly. In case of a risk of explosion or chemical leak, it is necessary to move quickly out of the hazardous area and report the incident to management or the safety department.

If someone is injured, first aid must be administered immediately. Employees should use basic first aid knowledge and provide preliminary first aid to the victim, while also requesting assistance from senior staff or medical emergency services.

At the same time, it is necessary to immediately identify and isolate the cause of the accident to prevent the incident from recurring in the future. This may include reviewing the fire extinguisher inspection and maintenance procedures, as well as re-evaluating occupational safety measures.