Welding & grinding
Challenges
When it comes to production facilities where welding and grinding are part of the production process, there are several challenges regarding air contamination that need to be considered. Apart from all the general issues that production facilities face due to poor air quality, like dirt and dust, the welding and grinding process produces hazardous gases and fumes, which can cause serious health issues for those working in the facility. Long-term exposure can even lead to cancer and other fatal lung diseases. Additionally, welding and grinding facilities often have problems with metal fragments and debris contaminating the air, further increasing the risk of clogged machinery and serious health issues.
Application areas
Production facilities where welding and grinding are part of the production process have other air quality challenges in addition to those that all production facilities face. During the welding process, toxic gases and fumes are generated. Exposure to these gases and fumes can lead to several serious health issues such as fatigue, pneumonia, asthma, cancer, neurological diseases, and brain damage.
Metal fragments and debris created as by-products during the production process also further increase the risk of machines clogging, which can lead to extra maintenance costs and downtime, as well as test failures, contaminated products, and customer complaints due to decreased product quality and lifespan. This not only makes it difficult to reach the standards for technical cleanliness but can also negatively affect the business long-term.
Solutions
By using our air cleaning units shown below, you will be able to significantly reduce the toxic welding fumes generated during the welding process, as well as other pollutants in the air. This will ensure a healthier and safer work environment for your employees and reduce the risk of them getting sick. Resulting in a more attractive workplace and increased productivity.
Improved air quality also reduces the risk of product contamination, increasing the lifespan and quality of the products, as well as a reduced risk of clogging up machines, causing machinery malfunction. That means less downtime and lower costs for maintenance.
Less maintenance
and downtime
Safe and healthy
indoor air
Increased
productivity
Ensured product
quality
