One of the first steps that must be taken in creating welding work safety is to ensure effective ventilation or exhaust systems to protect against exposure to smoke and particles that can cause disease or discomfort while working. Welding work itself is a job that is often done in the manufacturing or construction sector. For this reason, it is very important for companies and workers to be aware of the dangers inherent in this welding job. In addition, if the company concerns about the work quality of the welder, they can provide him with the best flux core welder.
One of the dangers of welding is exposure to smoke and particles. For this reason, it is important that there is an effective ventilation or exhaust system so that the smoke and particles produced do not endanger the welders. Additionally, workers need to wear respirators that can help reduce exposure to smoke levels.
Respirators are one of the Personal Protective Equipment (PPE) that workers must wear when welding. Especially if the welding workplace does not have a good ventilation system. And even though the welding place has adequate ventilation, workers should still wear a respirator. Because the existing ventilation is not able to eliminate all the dangers of exposure.
The selection of the right respirator is also very important. You can choose a respirator according to the job being done. If the smoke that comes out is categorized as toxic, then a respirator that must be used is one equipped with a Supplied Air Respirator System.
Not only by providing a good respirator, but the company also needs to test the toxicity of the smoke generated during the welding process. This is very important. It’s because often the toxic fumes from this welding job are odorless or colorless. Due it is invisible, workers often become negligent to be vigilant.
For this reason, the company needs to test the toxicity level of welding smoke using a testing tool. This way, the danger can be detected early on.
Companies can test for airborne contaminants by placing an air sampling pump in the welding area. Then this pump will take a sample to be evaluated in the laboratory to determine the level of contaminants at the welding site.